2 3 force mass acceleration
Download as PPT, PDF1 like230 views
The document discusses the relationships between force, mass, and acceleration. It provides examples of experiments where the force or mass acting on an object is varied and the resulting acceleration is measured. The key results are: 1) Acceleration increases as force increases; there is a directly proportional relationship between force and acceleration. 2) Acceleration decreases as mass increases; there is an inversely proportional relationship between mass and acceleration. 3) The mathematical relationship between force, mass, and acceleration is given by the equation: Force = Mass x Acceleration.
1 of 15
Download to read offline
Recommended
2 3 force mass acceleration
2 3 force mass accelerationmatibag
油
The document discusses force, acceleration, and their relationship. It provides examples of experiments measuring the acceleration of a trolley pulled with different masses and forces. The results show that acceleration increases as force increases, and decreases as mass increases. This follows the mathematical relationship that force equals mass times acceleration.Momentum
MomentumNajmil Laila Md Jamhuri
油
The document discusses momentum and how to calculate it using the formula momentum (p) equals mass (m) multiplied by velocity (v). It provides examples of calculating momentum for various objects with different masses and velocities, such as a trolley, car, and lorry. It also asks questions about determining momentum and which object has the least momentum based on given mass and velocity values.Newtons 2nd law of motion 2014
Newtons 2nd law of motion 2014Laura Smith
油
* Audrey moved a 12kg box at an acceleration of 5m/s^2
* Using the formula Force = Mass x Acceleration
* Mass of the box is 12kg
* Acceleration is 5m/s^2
* Therefore, Force = Mass x Acceleration = 12kg x 5m/s^2 = 60N
The amount of force required to move the 12kg box at a rate of 5m/s^2 is 60N.Pendulum~
Pendulum~IkHwan Nik IkHwan Nik
油
The document describes an experiment to determine the effect of string length on the period of a pendulum. Data was collected using a motion detector as the pendulum swung with string lengths of 20 cm and 10 cm. The period was calculated from the time taken to complete 20 oscillations. The results showed that longer string lengths had longer periods. Gravity was also calculated and had a small percentage error compared to the theoretical value.Simple pendulum
Simple pendulumAditya Abeysinghe Presentations
油
This presentations explains about the simple pendulum which uses the concept of simple harmonic motion for its oscillations. First part of the video explains about the simple pendulum, the middle part explains about its motion and the final part provides details about a simple experiment that can be done using it.Chapter 9
Chapter 9PhysicsJackson
油
This document discusses work, energy, forces, and motion. It explains how to calculate changes in kinetic and potential energy, how Newton's laws of motion can be used to calculate braking forces and distances, and how forces acting at angles can be resolved into components. Examples are provided on calculating the tension in a cable attached to a helicopter and car, as well as the air resistance and stopping distance for a moving car.Pendulum~
Pendulum~muhammadriyadh17
油
The document describes an experiment to determine the effect of string length on the period of a pendulum. Data was collected using a motion detector as the pendulum swung with string lengths of 20 cm and 10 cm. The period was calculated from the time taken to complete 20 oscillations. The results showed that longer string lengths had longer periods. Gravity was also calculated and had a small percentage error compared to the theoretical value.04-14-08 - Momentum And Impulse
04-14-08 - Momentum And Impulsewjerlinger
油
The document discusses momentum and impulse, which are important factors in understanding how force affects the motion of objects. It states that more force is needed to quickly stop objects that have greater momentum, whether due to higher mass or velocity. Momentum is defined as the product of an object's mass and velocity, and can change if either variable changes or if a net external force is applied. Impulse is equal to the change in an object's momentum due to a force applied over a time interval. Applying a force over a longer period of time results in the same change in momentum but with a smaller average force.Procedures and observations for principle of moment experiment
Procedures and observations for principle of moment experimentKikoline Tiwas
油
The document describes 4 tests of an apparatus to demonstrate principles of moments. Test 1 involves hanging weights to achieve a total of 2N and recording forces and distances. Test 2 adjusts one weight hook nearer the pivot bar and records force and distance when balanced. Test 3 hangs one hook via a pulley and loads it to balance the bar, recording force and distance. Test 4 repeats Test 3's procedure over the left pulley. Key observations are that the sums of opposing forces and clockwise/anticlockwise moments are equal, and that moment is force multiplied by perpendicular distance from the pivot.032616 week3 momentum_and_impulse
032616 week3 momentum_and_impulseSubas Nandy
油
1) Momentum is the product of an object's mass and velocity. It represents the "hardness to stop" of a moving object. Greater momentum means it takes more force over time (impulse) to stop the object.
2) Impulse is equal to the change in momentum of an object when a force acts upon it. It is calculated as the force multiplied by the time over which it acts. Greater impulse (more force applied over more time) results in a greater change in an object's momentum.
3) In an egg drop experiment, the goal is to maximize the time over which the stopping force acts upon the egg (impulse) to reduce the average force and prevent cracking. CushIGCSE Pysics Momentum
IGCSE Pysics MomentumJen Soriano
油
This document discusses momentum and its relationship to mass and velocity. It defines momentum as being equal to mass multiplied by velocity, and explains that momentum is a vector quantity. It also discusses impulse, which is defined as the change in momentum, and explains how impulse is related to force and time through the equation: Impulse = Force x Time. The document notes that momentum is always conserved during interactions and collisions.Momentum and impulse pp
Momentum and impulse ppmyogesh333
油
This document defines and provides examples of momentum and impulse. It states that momentum depends on an object's mass and velocity, and can be calculated using the equation p=mv. Impulse is defined as the force applied over time, or the change in an object's momentum. The impulse-momentum theorem states that the impulse acting on an object equals its change in momentum. Examples are provided to illustrate momentum, impulse, and how applying a force over a longer period of time through an airbag can reduce the impact.Momentum Pres
Momentum Preskitcoffeen
油
This document discusses momentum and the conservation of momentum. It provides examples of calculating momentum using the formula momentum (p) = mass (m) x velocity (v). It also applies the law of conservation of momentum to example problems of objects colliding or a cannon firing, calculating the momentum before and after to find the unknown velocity.Work, Power and Energy
Work, Power and EnergyRandy Tangonan
油
Work refers to a physical task accomplished by exerting force over a distance. For work to occur, there must be: a force acting on an object, displacement of the object in the direction of the force, and a component of the force in the direction of motion. Work (W) is calculated as the product of the force (F) and displacement (d): W = Fd. Common units of work include joules (Nm), ergs (dynecm), and foot-pounds. Several examples are provided to demonstrate calculating work done by various forces like gravity, friction, and springs.Mommentum and cm
Mommentum and cmRandy Tangonan
油
The document discusses linear momentum, impulse, and the conservation of momentum. It defines linear momentum as the product of an object's mass and velocity. Impulse is defined as the change in an object's momentum due to an applied force. Conservation of momentum states that if the total external force on a closed system is zero, the total momentum of the system does not change. The document also discusses the coefficient of restitution and center of mass calculations.F4 Experiments
F4 Experimentsmarjerin
油
1. The document describes an experiment to investigate how the period of a simple pendulum varies with its length. It was found that the longer the pendulum, the longer its period of oscillation.
2. An experiment is described to study how the velocity of a trolley varies with the angle of inclination of a plane. It was found that a higher angle of incline results in a higher velocity.
3. Two experiments are presented to demonstrate inertia - using a saw blade and masses, and using an inertia balance. Both found that objects with larger masses have greater inertia.Lab report no 2 pemdulum phyisc 212
Lab report no 2 pemdulum phyisc 212Rodney Peru
油
This experiment studied standing waves on strings by measuring the relationship between wave velocity, string tension, and other factors. Three parts were conducted: 1) measuring the period of a simple pendulum at various lengths to determine the effect of length on period, 2) finding the period of a physical pendulum at different angles, and 3) examining coupled pendulums in different normal modes. The results were analyzed to calculate the acceleration due to gravity and percent error. While the data followed expected trends, some discrepancies were due to imperfect measurements and friction. Overall, the experiment demonstrated how string properties influence wave properties.Acceleration & Momentum
Acceleration & MomentumI Wonder Why Science
油
1. The document discusses concepts related to motion including speed, velocity, acceleration, momentum, and conservation of momentum. It provides definitions and formulas for calculating these values.
2. Examples are given to demonstrate how to calculate speed, relative velocity between two objects, acceleration, and momentum. Factors like mass, velocity, and time are considered.
3. The conservation of momentum is explained as the principle that the total momentum of a system remains constant if no external forces act on it. Collisions are used to illustrate how momentum can be transferred between objects.04-17-08 - Circular Motion
04-17-08 - Circular Motionwjerlinger
油
Uniform circular motion describes an object moving at a constant speed in a circular path, where its velocity changes direction but not magnitude. While the speed is constant, the object is accelerating because its velocity and direction are changing. The acceleration is always directed toward the center and is known as centripetal acceleration. Key equations relate the centripetal acceleration, velocity, radius, and period of an object in circular motion.Chapter 07 impulse and momentum
Chapter 07 impulse and momentumDarwin Quinsaat
油
1) Momentum is defined as the product of an object's mass and velocity. Impulse is the change in momentum caused by a force acting over a time interval.
2) Conservation of momentum states that the total momentum of an isolated system remains constant. During collisions or explosions, the total initial momentum equals the total final momentum.
3) Impulse and momentum are directly related through the equation: Impulse = Change in Momentum. A force acting over a time interval will change an object's momentum by an amount equal to the impulse.Linear momentum and its conservation by Victor R. Oribe
Linear momentum and its conservation by Victor R. OribeManuel S. Enverga University Foundation
油
This document discusses linear momentum and its conservation. It begins by defining momentum as the product of an object's mass and velocity. Momentum is a vector quantity with both magnitude and direction. The document then provides examples of calculating momentum for various objects and collisions. It introduces impulse as the product of force and time of interaction. The law of conservation of momentum states that the total momentum of a system remains constant during elastic collisions, where both momentum and kinetic energy are conserved.1.5 form 4 e_momentum
1.5 form 4 e_momentumchris lembalemba
油
1. Momentum is defined as the product of an object's mass and velocity. It is a vector quantity measured in kg*m/s. When objects collide, momentum is transferred from the moving object to the stationary one.
2. There are two types of collisions - elastic and inelastic. The law of conservation of momentum states that the total momentum before a collision equals the total momentum after.
3. Impulse is the product of force applied over time. It results in a change in an object's momentum. Impulse is equal to the change in momentum, and can be used to calculate the force applied if the time of application is known.Important Helpful Physics Notes/Formula--Must See
Important Helpful Physics Notes/Formula--Must Seeanicholls1234
油
The document discusses key physics concepts related to motion including:
- Speed is distance traveled over time. Velocity includes direction of motion.
- The slope of a distance-time graph represents speed. The area under a velocity-time graph represents distance traveled.
- Forces can cause objects at rest to accelerate or objects in motion to speed up, slow down, or change direction depending on whether the net force is zero or non-zero. Acceleration depends on the net force applied and the object's mass.Balancing act on see saw by Power point
Balancing act on see saw by Power pointTum Chanchetra
油
The document discusses balancing a see-saw and finding the center of mass of objects. It explains that a see-saw is balanced when the clockwise and counter-clockwise torques are equal. This can be demonstrated through an experiment where the mass on each side times its distance from the pivot are set equal to each other. The center of mass of an object is the point where all of the mass is concentrated, or where the net torque is zero.Physics 9
Physics 9M.T.H Group
油
This document covers angular motion concepts including angular displacement, velocity, acceleration, and their relationships to linear motion quantities. Key topics include:
- Definitions and equations for angular displacement, velocity, acceleration, and their relationships to tangential linear quantities
- Equations for uniformly accelerated angular motion that are analogous to linear motion equations
- Centripetal acceleration directed towards the center of a circular path
- Centripetal force required to provide the centripetal acceleration
- Examples applying the concepts to problems involving rotating wheels, spools, and orbital motionLecture09
Lecture09nomio0703
油
1. The lecture covered work, kinetic energy, and energy conservation.
2. Work is the transfer of energy using a force. Work can be positive, negative, or zero depending on the angle between the force and displacement.
3. Kinetic energy is related to an object's motion and is calculated as K = 1/2 mv^2. Work done on an object changes its kinetic energy such that the total work is equal to the change in kinetic energy.IGCSE Physics notes
IGCSE Physics notesKing Ali
油
This document provides an overview of topics related to general physics concepts for the Cambridge iGCSE syllabus. It includes definitions, explanations, examples, and sample questions related to key concepts like length, time, speed, acceleration, distance-time graphs, speed-time graphs, density, forces, Newton's laws of motion, and moments. The document is intended to be a study guide and reference for students preparing for the Cambridge iGCSE physics exam. It covers the essential information about these foundational physics concepts in a concise yet comprehensive manner.SCIENCE 9- MOMENTUM & IMPULSE ( DEMO TEACHING).pptx
SCIENCE 9- MOMENTUM & IMPULSE ( DEMO TEACHING).pptxHanHyoKim
油
This is an science educational subject. The topic is momentum and impulse for grade 9. This is a great help. Lo 1
Lo 1akshi96
油
This document discusses the speed of waves traveling down a string. It provides the wave speed equation, which relates wave speed (v) to tension (Ts) and linear mass density (亮). It then asks and solves three questions about how changing Ts and 亮 would affect wave speed according to the equation. The first question shows that doubling Ts doubles wave speed. The second shows that quadrupling 亮 halves wave speed. The third uses the equation to calculate the required tension (72N) for a given string and wave speed (8m/s).Force_and_Work.pptx
Force_and_Work.pptxFrancis1593
油
Machines use forces to do work by transferring energy to objects. Work is calculated as the force applied multiplied by the distance moved in the direction of the force. A machine provides mechanical advantage by allowing a smaller input force to produce a larger output force, making tasks easier. Levers are an example of a simple machine that can multiply force - the mechanical advantage is the ratio of the load force to effort force, which is greater than one if the distance the effort acts is greater than the distance the load moves. This means the effort force can be less than the load, reducing the amount of force needed to do the work.More Related Content
What's hot (18)
Procedures and observations for principle of moment experiment
Procedures and observations for principle of moment experimentKikoline Tiwas
油
The document describes 4 tests of an apparatus to demonstrate principles of moments. Test 1 involves hanging weights to achieve a total of 2N and recording forces and distances. Test 2 adjusts one weight hook nearer the pivot bar and records force and distance when balanced. Test 3 hangs one hook via a pulley and loads it to balance the bar, recording force and distance. Test 4 repeats Test 3's procedure over the left pulley. Key observations are that the sums of opposing forces and clockwise/anticlockwise moments are equal, and that moment is force multiplied by perpendicular distance from the pivot.032616 week3 momentum_and_impulse
032616 week3 momentum_and_impulseSubas Nandy
油
1) Momentum is the product of an object's mass and velocity. It represents the "hardness to stop" of a moving object. Greater momentum means it takes more force over time (impulse) to stop the object.
2) Impulse is equal to the change in momentum of an object when a force acts upon it. It is calculated as the force multiplied by the time over which it acts. Greater impulse (more force applied over more time) results in a greater change in an object's momentum.
3) In an egg drop experiment, the goal is to maximize the time over which the stopping force acts upon the egg (impulse) to reduce the average force and prevent cracking. CushIGCSE Pysics Momentum
IGCSE Pysics MomentumJen Soriano
油
This document discusses momentum and its relationship to mass and velocity. It defines momentum as being equal to mass multiplied by velocity, and explains that momentum is a vector quantity. It also discusses impulse, which is defined as the change in momentum, and explains how impulse is related to force and time through the equation: Impulse = Force x Time. The document notes that momentum is always conserved during interactions and collisions.Momentum and impulse pp
Momentum and impulse ppmyogesh333
油
This document defines and provides examples of momentum and impulse. It states that momentum depends on an object's mass and velocity, and can be calculated using the equation p=mv. Impulse is defined as the force applied over time, or the change in an object's momentum. The impulse-momentum theorem states that the impulse acting on an object equals its change in momentum. Examples are provided to illustrate momentum, impulse, and how applying a force over a longer period of time through an airbag can reduce the impact.Momentum Pres
Momentum Preskitcoffeen
油
This document discusses momentum and the conservation of momentum. It provides examples of calculating momentum using the formula momentum (p) = mass (m) x velocity (v). It also applies the law of conservation of momentum to example problems of objects colliding or a cannon firing, calculating the momentum before and after to find the unknown velocity.Work, Power and Energy
Work, Power and EnergyRandy Tangonan
油
Work refers to a physical task accomplished by exerting force over a distance. For work to occur, there must be: a force acting on an object, displacement of the object in the direction of the force, and a component of the force in the direction of motion. Work (W) is calculated as the product of the force (F) and displacement (d): W = Fd. Common units of work include joules (Nm), ergs (dynecm), and foot-pounds. Several examples are provided to demonstrate calculating work done by various forces like gravity, friction, and springs.Mommentum and cm
Mommentum and cmRandy Tangonan
油
The document discusses linear momentum, impulse, and the conservation of momentum. It defines linear momentum as the product of an object's mass and velocity. Impulse is defined as the change in an object's momentum due to an applied force. Conservation of momentum states that if the total external force on a closed system is zero, the total momentum of the system does not change. The document also discusses the coefficient of restitution and center of mass calculations.F4 Experiments
F4 Experimentsmarjerin
油
1. The document describes an experiment to investigate how the period of a simple pendulum varies with its length. It was found that the longer the pendulum, the longer its period of oscillation.
2. An experiment is described to study how the velocity of a trolley varies with the angle of inclination of a plane. It was found that a higher angle of incline results in a higher velocity.
3. Two experiments are presented to demonstrate inertia - using a saw blade and masses, and using an inertia balance. Both found that objects with larger masses have greater inertia.Lab report no 2 pemdulum phyisc 212
Lab report no 2 pemdulum phyisc 212Rodney Peru
油
This experiment studied standing waves on strings by measuring the relationship between wave velocity, string tension, and other factors. Three parts were conducted: 1) measuring the period of a simple pendulum at various lengths to determine the effect of length on period, 2) finding the period of a physical pendulum at different angles, and 3) examining coupled pendulums in different normal modes. The results were analyzed to calculate the acceleration due to gravity and percent error. While the data followed expected trends, some discrepancies were due to imperfect measurements and friction. Overall, the experiment demonstrated how string properties influence wave properties.Acceleration & Momentum
Acceleration & MomentumI Wonder Why Science
油
1. The document discusses concepts related to motion including speed, velocity, acceleration, momentum, and conservation of momentum. It provides definitions and formulas for calculating these values.
2. Examples are given to demonstrate how to calculate speed, relative velocity between two objects, acceleration, and momentum. Factors like mass, velocity, and time are considered.
3. The conservation of momentum is explained as the principle that the total momentum of a system remains constant if no external forces act on it. Collisions are used to illustrate how momentum can be transferred between objects.04-17-08 - Circular Motion
04-17-08 - Circular Motionwjerlinger
油
Uniform circular motion describes an object moving at a constant speed in a circular path, where its velocity changes direction but not magnitude. While the speed is constant, the object is accelerating because its velocity and direction are changing. The acceleration is always directed toward the center and is known as centripetal acceleration. Key equations relate the centripetal acceleration, velocity, radius, and period of an object in circular motion.Chapter 07 impulse and momentum
Chapter 07 impulse and momentumDarwin Quinsaat
油
1) Momentum is defined as the product of an object's mass and velocity. Impulse is the change in momentum caused by a force acting over a time interval.
2) Conservation of momentum states that the total momentum of an isolated system remains constant. During collisions or explosions, the total initial momentum equals the total final momentum.
3) Impulse and momentum are directly related through the equation: Impulse = Change in Momentum. A force acting over a time interval will change an object's momentum by an amount equal to the impulse.Linear momentum and its conservation by Victor R. Oribe
Linear momentum and its conservation by Victor R. OribeManuel S. Enverga University Foundation
油
This document discusses linear momentum and its conservation. It begins by defining momentum as the product of an object's mass and velocity. Momentum is a vector quantity with both magnitude and direction. The document then provides examples of calculating momentum for various objects and collisions. It introduces impulse as the product of force and time of interaction. The law of conservation of momentum states that the total momentum of a system remains constant during elastic collisions, where both momentum and kinetic energy are conserved.1.5 form 4 e_momentum
1.5 form 4 e_momentumchris lembalemba
油
1. Momentum is defined as the product of an object's mass and velocity. It is a vector quantity measured in kg*m/s. When objects collide, momentum is transferred from the moving object to the stationary one.
2. There are two types of collisions - elastic and inelastic. The law of conservation of momentum states that the total momentum before a collision equals the total momentum after.
3. Impulse is the product of force applied over time. It results in a change in an object's momentum. Impulse is equal to the change in momentum, and can be used to calculate the force applied if the time of application is known.Important Helpful Physics Notes/Formula--Must See
Important Helpful Physics Notes/Formula--Must Seeanicholls1234
油
The document discusses key physics concepts related to motion including:
- Speed is distance traveled over time. Velocity includes direction of motion.
- The slope of a distance-time graph represents speed. The area under a velocity-time graph represents distance traveled.
- Forces can cause objects at rest to accelerate or objects in motion to speed up, slow down, or change direction depending on whether the net force is zero or non-zero. Acceleration depends on the net force applied and the object's mass.Balancing act on see saw by Power point
Balancing act on see saw by Power pointTum Chanchetra
油
The document discusses balancing a see-saw and finding the center of mass of objects. It explains that a see-saw is balanced when the clockwise and counter-clockwise torques are equal. This can be demonstrated through an experiment where the mass on each side times its distance from the pivot are set equal to each other. The center of mass of an object is the point where all of the mass is concentrated, or where the net torque is zero.Physics 9
Physics 9M.T.H Group
油
This document covers angular motion concepts including angular displacement, velocity, acceleration, and their relationships to linear motion quantities. Key topics include:
- Definitions and equations for angular displacement, velocity, acceleration, and their relationships to tangential linear quantities
- Equations for uniformly accelerated angular motion that are analogous to linear motion equations
- Centripetal acceleration directed towards the center of a circular path
- Centripetal force required to provide the centripetal acceleration
- Examples applying the concepts to problems involving rotating wheels, spools, and orbital motionLecture09
Lecture09nomio0703
油
1. The lecture covered work, kinetic energy, and energy conservation.
2. Work is the transfer of energy using a force. Work can be positive, negative, or zero depending on the angle between the force and displacement.
3. Kinetic energy is related to an object's motion and is calculated as K = 1/2 mv^2. Work done on an object changes its kinetic energy such that the total work is equal to the change in kinetic energy.Similar to 2 3 force mass acceleration (20)
IGCSE Physics notes
IGCSE Physics notesKing Ali
油
This document provides an overview of topics related to general physics concepts for the Cambridge iGCSE syllabus. It includes definitions, explanations, examples, and sample questions related to key concepts like length, time, speed, acceleration, distance-time graphs, speed-time graphs, density, forces, Newton's laws of motion, and moments. The document is intended to be a study guide and reference for students preparing for the Cambridge iGCSE physics exam. It covers the essential information about these foundational physics concepts in a concise yet comprehensive manner.SCIENCE 9- MOMENTUM & IMPULSE ( DEMO TEACHING).pptx
SCIENCE 9- MOMENTUM & IMPULSE ( DEMO TEACHING).pptxHanHyoKim
油
This is an science educational subject. The topic is momentum and impulse for grade 9. This is a great help. Lo 1
Lo 1akshi96
油
This document discusses the speed of waves traveling down a string. It provides the wave speed equation, which relates wave speed (v) to tension (Ts) and linear mass density (亮). It then asks and solves three questions about how changing Ts and 亮 would affect wave speed according to the equation. The first question shows that doubling Ts doubles wave speed. The second shows that quadrupling 亮 halves wave speed. The third uses the equation to calculate the required tension (72N) for a given string and wave speed (8m/s).Force_and_Work.pptx
Force_and_Work.pptxFrancis1593
油
Machines use forces to do work by transferring energy to objects. Work is calculated as the force applied multiplied by the distance moved in the direction of the force. A machine provides mechanical advantage by allowing a smaller input force to produce a larger output force, making tasks easier. Levers are an example of a simple machine that can multiply force - the mechanical advantage is the ratio of the load force to effort force, which is greater than one if the distance the effort acts is greater than the distance the load moves. This means the effort force can be less than the load, reducing the amount of force needed to do the work.Simple Pendulum and Mass-Spring System in SHM
Simple Pendulum and Mass-Spring System in SHMDiane Infante
油
1) The experiment aims to validate equations for the period of a simple pendulum and a mass-spring system undergoing simple harmonic motion.
2) A simple pendulum and mass-spring system are used to determine the acceleration due to gravity and spring constant.
3) Variables like length, mass, angle of displacement are changed to study their effect on the period of oscillation based on theoretical equations.Form 4 experiments all topics
Form 4 experiments all topicsCarwoy Rock
油
The document summarizes several physics experiments on topics like simple pendulums, inclined planes, inertia, and conservation of momentum. It includes the hypotheses, variables, procedures, results and conclusions for each experiment. The experiments are designed to investigate relationships between various physical quantities like the period of a pendulum varying with its length, the velocity of an object on an inclined plane relating to the angle of incline, and momentum being conserved before and after collisions.Chap9
Chap9University Malaysia Sabah
油
This document provides information about momentum and related concepts in physics. It defines momentum as p = mv, where p is momentum, m is mass, and v is velocity. It discusses that momentum is a vector quantity and is conserved during interactions between objects. The document also introduces impulse as the product of force and time (J=Ft), and proves the impulse-momentum theorem. It then explains how to use conservation of linear momentum to solve 1D and 2D collision problems through vector diagrams or component equations. Finally, it introduces angular momentum as dependent on linear momentum and distance from a point.
Momentum
Momentumclipsig
油
The document discusses momentum, defining it as the product of an object's mass and velocity (momentum = mass x velocity). It provides examples of calculating momentum given mass and velocity or vice versa. Momentum is a measure of how difficult it is to stop or change an object's motion. During collisions, total momentum is conserved but can be transferred between objects. The greater an object's momentum, the more it will force other objects to change motion during impacts.Simple pendulum
Simple pendulumGursodh Gill
油
The document discusses a simple pendulum on Earth with a period of 2.5 seconds.
To achieve this period, the string must be 1.55 meters long and the mass does not affect the period.
If the pendulum is taken to a higher altitude, the period will increase because gravity decreases with increasing altitude.
Increasing the length of a simple pendulum also increases its period, as the mass must travel a greater distance during each oscillation with a longer string for the same angular displacement.
Traction Mechanics
Traction MechanicsSANTOSH GADEKAR
油
1. The document discusses traction mechanics topics related to speed-time curves of trains including trapezoidal and quadrilateral speed-time curves.
2. It provides analysis of the trapezoidal speed-time curve including equations to calculate total distance covered and maximum speed based on parameters like acceleration, retardation, and running time.
3. The document also analyzes the quadrilateral speed-time curve and provides the equations to calculate total distance covered based on initial speed, final speed, acceleration, and retardation values. It includes an example numerical problem.Universal Gravitation
Universal GravitationZBTHS
油
This document provides an overview of circular motion and Newton's law of universal gravitation. It defines key concepts like centripetal acceleration, tangential speed, and centripetal force. Examples are provided to demonstrate how to calculate tangential speed from centripetal acceleration and radius. Newton's law of gravitation defines the gravitational force between objects in terms of their masses and the distance between their centers. Kepler's laws of planetary motion are introduced along with concepts like orbital periods and apparent weightlessness in orbiting spacecraft.Newton's laws of motion lecture notes 
Newton's laws of motion lecture notes Aman Adam
油
- Newton's laws of motion describe the relationship between an object and the forces acting upon it.
- The first law states that an object at rest stays at rest and an object in motion stays in motion with the same speed and in the same direction unless acted upon by an unbalanced force.
- The second law states that the acceleration of an object as produced by a net force is directly proportional to the magnitude of the net force, in the same direction as the net force, and inversely proportional to the mass of the object.Power point slides for momentum, Impullse conservation of memntum
Power point slides for momentum, Impullse conservation of memntumKarthik537368
油
This document provides information about momentum, including its definition, units, examples, and applications of the principle of conservation of momentum. Some key points covered include:
- Momentum is defined as the product of an object's mass and velocity (p=mv). It is a vector quantity.
- Impulse is the product of force and time (J=Ft). Impulse and momentum have the same units.
- For collisions or interactions between objects, the total momentum of the system is conserved according to the law of conservation of momentum.
- Conservation of momentum can be applied to analyze one-dimensional and two-dimensional collisions or interactions between objects. Vector diagrams and component analysis are used for two-Transverse speed and wave speed
Transverse speed and wave speedNick Irwin
油
1) The transverse speed is defined as the rate of change of displacement with respect to time of an individual string element as a wave passes along it.
2) Wave speed depends on the elasticity and inertia of the medium. Greater tension or lesser inertia results in higher wave speed.
3) For a string, wave speed can be calculated as the square root of tension over linear mass density. Recently uploaded (20)
2025 CEO Impact Index: Business Transformation Drives Executive Impact
2025 CEO Impact Index: Business Transformation Drives Executive ImpactGolin
油
In summary, the traditional playbook for CEO communications has been completely rewritten. While CEOs once balanced business performance with social purpose and personal branding, today's leaders must focus primarily on articulating their business transformation story. Golin's 2025 CEO Impact Index reveals that the most influential CEOs are those who can effectively communicate their transformation vision while navigating complex regulatory environments and combating misinformation.Oleksandr Krakovetskyi: 亞仍磲 亞亠仆亠舒亳于仆亳 仄仂亟亠仍亠亶 亰 仄从于舒仆仆礆 (UA)
Oleksandr Krakovetskyi: 亞仍磲 亞亠仆亠舒亳于仆亳 仄仂亟亠仍亠亶 亰 仄从于舒仆仆礆 (UA)Lviv Startup Club
油
Oleksandr Krakovetskyi: 亞仍磲 亞亠仆亠舒亳于仆亳 仄仂亟亠仍亠亶 亰 仄从于舒仆仆礆 (UA)
Kyiv AI & BigData Day 2025
Website https://aiconf.com.ua/kyiv
Youtube https://www.youtube.com/startuplviv
FB https://www.facebook.com/aiconf Your brand might be pushing clients away without you knowing.
Your brand might be pushing clients away without you knowing.Group Buy Seo Tools
油
Avoid these personal branding mistakes:
Being inconsistent (confusing messaging = lost trust).
Only posting sales content (value first, sales later).
Not engaging with your audience (ghosting your followers isnt good for business).
Branding is more than a logo; its your reputation.
Follow for more branding tips.Why AI is Needed Procurement and Supply Chains
Why AI is Needed Procurement and Supply ChainsUniversity of Hertfordshire
油
This presentation was delivered to a mixed sector industrial audience to provide a balanced view of why AI is necessary in many working environments, and further, how it can advantage the individual and organisation. It also dispels the widely held (media) view that AI will destroy jobs and displace people on a socially damaging scale. The really serious threat scenarios actually remain the domain of human players, and not as depicted by some Hollywood dystopian machines take over nightmare!
Primarily seeing AI as a downsizing opportunity is to miss the key point: by empowering employees it is the biggest growth agent!
The nonsensical nature of AI v human supremacy arguments also distract from the symbiotic relationships we are forging. This is especially evident when confronted by complexity beyond our natural abilities. For example: procurement and supply chains may now see >>60 independent variables (features and parameters) with many requiring real time control. Humans can typically cope with 5 - 7, whilst our mathematical framework fails at 5. This primal limiter also compounds the risks involved in designing for:
optimisation v brittleness v resilience
In this context, the digitisation process is largely regarded as an event instead of a continuum and this greatly exacerbates the risks involved. This is illustrated against the backdrop of several past tech-revolutions and the changes they invoked. Two ongoing revolutions are also included with projections for likely futures/outcomes.
The closing remarks remind the audience of just one observation that we all need to keep in mind:
Things that think want to link
and
Things that link want to thinkVitaly Bondar: Are GANs dead or alive? (UA)
Vitaly Bondar: Are GANs dead or alive? (UA)Lviv Startup Club
油
Vitaly Bondar: Are GANs dead or alive? (UA)
Kyiv AI & BigData Day 2025
Website https://aiconf.com.ua/kyiv
Youtube https://www.youtube.com/startuplviv
FB https://www.facebook.com/aiconfHuman-Motivation-Theory PPT
Human-Motivation-Theory PPTAddisuAynayehu1
油
Outline of Human Motivation
1. Introduction to Human Motivation
Definition of motivation
Importance of understanding motivation
Overview of motivational theories
2. Theories of Motivation
A. Intrinsic vs. Extrinsic Motivation
Definitions and differences
Examples of each type
B. Maslow's Hierarchy of Needs
Overview of the five levels of needs
Application of the theory in real-life scenarios
C. Self-Determination Theory (SDT)
Overview of intrinsic motivation and its three basic psychological needs: autonomy, competence, and relatedness
The impact of SDT on personal growth and well-being
D. Expectancy Theory
Explanation of how expectations influence motivation
Components: expectancy, instrumentality, and valence
E. Goal-Setting Theory
Importance of setting specific and challenging goals
The SMART criteria (Specific, Measurable, Achievable, Relevant, Time-bound)
3. Factors Influencing Motivation
A. Biological Factors
Role of genetics and neurochemistry in motivation
Impact of physical health and well-being
B. Psychological Factors
Personality traits and their influence on motivation
The role of mindset (fixed vs. growth mindset)
C. Social and Environmental Factors
Influence of culture, family, peers, and society on motivation
The impact of the workplace environment and leadership styles
4. Motivation in Different Contexts
A. Education
How motivation affects learning and academic performance
Strategies to enhance student motivation
B. Workplace
Importance of employee motivation for productivity and job satisfaction
Techniques for fostering motivation in the workplace
C. Personal Development
Motivation for self-improvement and personal goals
The role of habits and routines in maintaining motivation
5. Challenges to Motivation
Common obstacles to motivation (e.g., procrastination, fear of failure)
Strategies to overcome motivational challenges
6. Conclusion
Summary of key points
The significance of understanding motivation for personal and societal growth
7. References
A list of academic sources and literature on motivationSmart Logistics Integrating Freight, Trucking & Warehousing Prospect Logis...
Smart Logistics Integrating Freight, Trucking & Warehousing Prospect Logis...prospectsingapore
油
Businesses must optimize their supply chain to remain competitive. Seamlessly integrating freight forwarding, trucking, and warehousing services can significantly improve efficiency, reduce costs, and enhance customer satisfaction. A well-coordinated logistics strategy is essential for businesses dealing with large shipments, furniture storage, and distribution operations.
The Importance of an Integrated Logistics Approach
A logistics service provider in Singapore must ensure a seamless flow of goods from the manufacturer to the end customer. This process involves multiple stages, including freight forwarding, trucking, and warehousing. When these elements operate in isolation, inefficiencies arise, leading to delays and increased costs. However, integrating them into a cohesive system offers several benefits:
Cost Efficiency: Reduced handling, storage, and transportation costs through streamlined operations.
Faster Delivery: Optimized transit times due to better coordination between different logistics components.
Improved Inventory Management: Centralized storage and real-time tracking enhance stock control.
Better Resource Utilization: Trucks and warehouses are used efficiently, reducing idle time and wastage.
Enhanced Scalability: Businesses can scale operations more effectively by utilizing integrated logistics services.
Customer Satisfaction: Faster deliveries and accurate order fulfillment enhance the overall customer experience.
Freight Forwarding: The First Step in Logistics Optimization Freight forwarding is the backbone of global supply chains. It involves managing the transportation of goods across international borders using various modes, including air, sea, and land. A logistics service provider specializing in freight forwarding plays a crucial role in:
Customs Clearance: Handling documentation and compliance requirements to ensure smooth international trade.
Carrier Selection: Choosing the most cost-effective and reliable transportation options.
Cargo Consolidation: Combining smaller shipments to optimize container space and reduce costs.
Route Optimization: Selecting the best routes to minimize transit time and costs.
Risk Management: Identifying and mitigating potential risks such as delays, damage, and unforeseen expenses.
By partnering with a reliable freight forwarder, businesses can streamline their global shipping processes and reduce the risks associated with international logistics.
Trucking: Bridging the Gap Between Freight and Warehousing
Once goods arrive at ports or distribution centers, trucking services become essential for last-mile delivery. Efficient trucking operations ensure timely deliveries and minimize disruptions. Key strategies for optimizing trucking include:
Fleet Management: Using GPS tracking and route optimization software to reduce delays and fuel consumption.
Load Optimization: Maximizing truck capacity to lower transportation costs per unit.
Timely Scheduling: Coordinating trucSiddhartha Bank Navigating_Nepals_Financial_Challenges.pptx
Siddhartha Bank Navigating_Nepals_Financial_Challenges.pptxSiddhartha Bank
油
This PowerPoint presentation provides an overview of Nepals current financial challenges and highlights how Siddhartha Bank supports individuals and businesses. It covers key issues such as inflation and limited credit access while showcasing the banks solutions, including loan options, savings plans, digital banking services, and customer support. The slides are designed with concise points for clear and effective communication.Digital Marketing Roadmap - PPT Template and Guide
Digital Marketing Roadmap - PPT Template and GuideAurelien Domont, MBA
油
In the ever-evolving landscape of digital marketing, having a well-structured roadmap is essential for achieving success. Heres a comprehensive digital marketing roadmap that outlines key strategies and steps to take your marketing efforts to the next level. It includes 6 components:
1. Branding Guidelines Strategy
2. Website Design and Development
3. Search Engine Optimization (SEO)
4. Pay-Per-Click (PPC) Strategy
5. Social Media Strategy
6. Emailing Strategy
This PowerPoint presentation is only a small preview of our content. For more details, visit www.domontconsulting.com IPT-Silver-ISVLF-IR Deck Mar 2025 Presentation
IPT-Silver-ISVLF-IR Deck Mar 2025 Presentationjerry308821
油
March 2025 PDAC IMPACT Silver presentation Rostyslav Chayka: 丕仗舒于仍仆仆 从仂仄舒仆亟仂 亰舒 亟仂仗仂仄仂亞仂 AI (UA)
Rostyslav Chayka: 丕仗舒于仍仆仆 从仂仄舒仆亟仂 亰舒 亟仂仗仂仄仂亞仂 AI (UA)Lviv Startup Club
油
Rostyslav Chayka: 丕仗舒于仍仆仆 从仂仄舒仆亟仂 亰舒 亟仂仗仂仄仂亞仂 AI (UA)
Lemberg AIPM School 3.0
Website https://lembs.com/aipmschool
Youtube https://www.youtube.com/startuplviv
FB https://www.facebook.com/pmdayconferenceBPR: Decode, Segment, and Excel Beyond Success
BPR: Decode, Segment, and Excel Beyond SuccessVipin Srivastava
油
In the fast-paced and ever-evolving world of business, staying ahead of the curve requires more than just incremental improvements. Companies must rethink and fundamentally transform their processes to achieve substantial gains in performance. This is where Business Process Reengineering (BPR) comes into play. BPR is a strategic approach that involves the radical redesign of core business processes to achieve dramatic improvements in productivity, efficiency, and quality. By challenging traditional assumptions and eliminating inefficiencies, redundancies, and bottlenecks, BPR enables organizations to streamline operations, reduce costs, and enhance profitability.
For non-performing organizations, BPR serves as a powerful weapon for reinvigoration. By crafting a compelling narrative around the need for change, leaders can inspire and galvanize their teams to embrace the transformation journey. BPR fosters a culture of continuous improvement, innovation, and agility, allowing companies to align their processes with strategic goals and respond swiftly to market trends and customer needs.
Ultimately, BPR leads to substantial performance improvements across various metrics, driving organizations towards renewed purpose and success. Whether it's faster turnaround times, higher-quality outputs, or increased customer satisfaction, the measurable and impactful results of BPR provide a blueprint for sustainable growth and competitive advantage. In a world where change is the only constant, BPR stands as a transformative approach to achieving business excellence.
20250305_A. Stotz All Weather Strategy - Weights update & Performance review ...
20250305_A. Stotz All Weather Strategy - Weights update & Performance review ...FINNOMENAMarketing
油
A. Stotz All Weather Strategy - Weights update & Performance reviewTaylor Swift The Man Music Video Production
Taylor Swift The Man Music Video Productioneclark941
油
For my school project, I analyzed Taylor Swift's "The Man" music video. I explored how it critiques gender inequality by depicting Taylor Swift as a man to highlight the double standards and societal expectations placed on men and women. The video uses satire and symbolism to comment on issues of power and privilegeWhat PE Teachers and PEX Professionals Have in Common
What PE Teachers and PEX Professionals Have in CommonKaiNexus
油
Presented by Shawna Forst, Performance Excellence, Quality & Risk Coordinator at MercyOne Newton Medical Center
What do physical education teachers and performance excellence professionals have in common? More than you think! This session will feature one former P.E. Teacher's perspective on the similarities between coaching kids and leading quality and improvement efforts in the workplace while also sharing how to leverage KaiNexus to support and encourage those endeavors.
In this webinar, you'll learn:
To explore the basic fundamentals of being an effective coach, regardless of field.
To identify how KaiNexus can be leveraged in being an effective coach.
To understand how Lean methodology, leveraging KaiNexus, can help eliminate waste, build teamwork, reduce conflicts, reduce or eliminate defects, create IDEAL processes, services, and products as well as improve client satisfaction.
About the Presenter:
Shawna Forst
Shawna is the Performance Excellence Quality & Risk Coordinator and Lean Healthcare Coach at MercyOne Newton Medical Center. Shawna has been a Lean Healthcare facilitator since January 2007 and has two years of experience as a technician in a cardiac unit. Since then, she has had various roles in Healthcare Quality and Safety. Shawna graduated from Simpson College in 2002 with a Bachelor of Arts in Physical Education and a Coaching Endorsement. In 2010, she became a Certified Professional in Healthcare Quality (CPHQ) and received her LEAN Green Belt certification in 2014. She also received her Masters in Business Administration from Western Governors University in 2018.CRED presentation in entrepreneurship management
CRED presentation in entrepreneurship managementkumarka087
油
CRED is an Indian fintech platform that primarily rewards users for making timely credit card payments.Will-Skill Matrix PowerPoint Template and Guide
Will-Skill Matrix PowerPoint Template and GuideAurelien Domont, MBA
油
The Will-Skill Matrix is an essential framework for managers and consultants aiming to optimize team performance. This model divides employees into four quadrants based on their levels of motivation (Will) and competencies (Skill):
1.Contributors (Guide): High Will, Low Skill
2.High Performers (Challenge): High Will, High Skill
3.Low Performers (Direct): Low Will, Low Skill
4.Potential Detractors (Motivate): Low Will, High Skill
This PowerPoint presentation is only a small preview of our content. For more details, visit www.domontconsulting.com Real Illuminati agent in Kampala Uganda +256789951901/0701593598
Real Illuminati agent in Kampala Uganda +256789951901/0701593598removed_43fc2846aef7ee8f2a43e6bb3648f7c3
油
Real way of Illuminati in Kampala Uganda +256789951901/0701593598Dmytro Kuzmenko: Potential of Vision-Language-Action (VLA) models (UA)
Dmytro Kuzmenko: Potential of Vision-Language-Action (VLA) models (UA)Lviv Startup Club
油
Dmytro Kuzmenko: Potential of Vision-Language-Action (VLA) models (UA)
Kyiv AI & BigData Day 2025
Website https://aiconf.com.ua/kyiv
Youtube https://www.youtube.com/startuplviv
FB https://www.facebook.com/aiconf
Real Illuminati agent in Kampala Uganda +256789951901/0701593598
Real Illuminati agent in Kampala Uganda +256789951901/0701593598removed_43fc2846aef7ee8f2a43e6bb3648f7c3
油
2 3 force mass acceleration
- 1. 29 October 2013 2.3 Force and acceleration Resultant forces Find the resultant force on these objects. 10N 5N 10N 20N 15N 10N 30N 10N 10N
- 2. 29 October 2013 2.3 Force and acceleration 5N 30N 20N 5N
- 3. 2.3 Force and acceleration 29 October 2013 LOs Be able to explain how force and mass affect acceleration The F18 Hornet aircraft takes off at 140mph and weighs almost 30 tons. Aircraft carriers are not long enough for it to reach this speed. Steam catapults help the launch. 息 V Majer
- 4. How are force and acceleration connected? Diagram Trolley String pulley Ramp Method 1. 2. 3. 4. 5. Set up apparatus as shown. Attach a 50g mass to the end of the string. Time how long it takes for the trolley to travel 1 metre. Add another 50g and repeat. Take 5 different readings. Results Weight (N) Time (s) Weight
- 5. Acceleration is proportional to force The mass pulls the trolley along the track, and it accelerates because of _______. If we increase the weight (a force), acceleration will ______. Force Complete this sketch graph. Acceleration
- 6. Acceleration is proportional to force The mass pulls the trolley along the track, and it accelerates because of gravity. If we increase the weight (a force), acceleration will increase. Force Force increases so the acceleration increases. Acceleration
- 7. Acceleration is inversely proportional to mass. If this time we change the mass of the object being pulled, increasing it by 1kg. The following graph is obtained. acceleration mass
- 8. Check You should be able to: All Be able to explain that if force is increased acceleration is increased and if Mass is increased then acceleration is decreased. Most Be able to use equation ( if given) Force = mass x acceleration.
- 9. Practical. A trolley rolls along a track. A ticker timer is used to calculate speed and acceleration Different forces are use to start it moving Then different masses are added and the experiment is repeated
- 10. Results 1st reading (taken at 0s) 2nd reading (taken at 1s) Change in speed (m/s) 1N 2N 3N 0m 0m 0m 1m 2m 3m Acceleration (m/s族) Copy and complete
- 11. Question What is the relationship between the acceleration and the force?(use an ER...ER relationship)
- 12. Results 1kg 2kg 3kg 1st reading (taken at 0s) 0m 0m 0m 2nd reading (taken at 1s) Change in speed (m/s) 1m 0.5m 0.33m Acceleration (m/s族) Copy and complete
- 13. Question What is the relationship between the acceleration and the mass? ( Use an ER............ER relationship)
- 14. We have discovered: 1. As force increases so does acceleration. (This is common sense, the harder you push something, the faster it moves!) 2. As weight increases, acceleration decreases. (Again, this isnt rocket science! If somethings heavy its hard to shift!) Copy