Forces by salah sari
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This document defines and describes the conditions of equilibrium for a body. It defines a force, discusses different types of forces including contact forces and forces acting at a distance. It then defines equilibrium as when two forces acting on a body have the same line of action, opposite directions, and same magnitude. An example problem is also included to demonstrate identifying forces and the characteristics of the force of a spring on a suspended box.
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Force: a push or pull acting on a body that causes or tends to cause a change in the linear motion of the body
Characteristics of a force
magnitude
direction
point of application.
line of action
Net Force: resultant force (overall effect of multiple forces acting on a body)
Example: push from side and front = at angle
Contraction of muscles
Do not accelerate the body
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Comparing Data Vs Information and its management system Understanding about various concepts of management information system
Explain about networking and elements based on internet
1. Recall the various concepts relating to computer and its various parts
2 Understand the meaning of softwares, operating system etc
3 Understanding the meaning and utility of database management system
4 Evaluate the various aspects of management information system
5 Generating more ideas regarding the use of internet for business purpose 
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Forces by salah sari
- 1. Conditions Of Equilibrium Of A Body Done By : Doaa Al Mahdawi Salah Al Sary
- 2. 惶惠 悒 悋忰 悋惡惠 悒 悋悋悸 惠惶 悋 悽 惡悋 愕 :悋愆惘! 悋愆悧 惺惠ﾙ惠 悒 悋愃惆 忰惆愕悋悵惡 悽悋 惠 悖 惠惘 惘悋愆悸 :悋愆惘! 悸惘惆 悒 惴惘惠 悒 惠悴惺 悖 惆 惡悋 惘忰惠 惡 :悋愆惘! 悋愕 悋忰惘 惠悵惘惠 悒 惡悋惆 悋愕 悋愀惡 悋惆 ! 悋惘惡 :悋愆惘! 惆惘愆 忰惆
- 3. Forces Main Objectives: To define the Force. To characterize the Force. To distinguish between the different types of the Forces. To deduce the conditions of equilibrium of two forces.
- 4. Definition of the Force: A force is a mechanical action that may set a body in motion or modify its motion or modify its shape. Pulling
- 5. Characteristics of Force: Its point of application: is the center of gravity of the body or point of contact. Its line of action: vertical, horizontal or oblique. Its direction: (upward- downward), (to the right, to the left), (upward to the right, downward to the right, upward to the left, downward to the left). Magnitude: Its numerical value in the SI unit Newton (N)
- 6. Measurement of Force: A force is measured using spring balance. Its SI unit is Newton symbolized by N. A force is represented by force vector (convenient scale must be chosen to draw F).
- 7. Types of Force: Forces acting from a distance ex: magnetic force, electric force and gravitational force. Contact force ex: normal, pushing pulling, tension
- 8. Particular Forces: The weight: The weight of a body is force acting from a distance exerted by the earth on the object. It is also called the force of gravity. The characteristics of weight: Its point of application: the center of gravity of the body. Its line of action: vertical. Its direction: downward. Magnitude: W = m g.
- 9. Normal: It is a force exerted by a surface on a body. It is a contact force. To find the characteristics of normal: Its point of application: point of contact. Its line of action: vertical Its direction: upward. Magnitude: ------
- 10. Tension: It is a force exerted by a spring or string on a body. It is a contact force. To find the characteristics of tension: Its point of application: point of contact. Its line of action: vertical Its direction: upward Magnitude: T= k x
- 11. Force of friction: It is a force due to the sliding (motion) of a body. It is a contact force. To find the characteristics of friction: Its point of application: point of contact. Its line of action: along the line of motion. Its direction: opposite to the motion. Magnitude : -----
- 12. Equilibrium of a body:
- 13. Equilibrium of a body: When a body is in equilibrium then the two forces have: Same line of action Opposite direction Same magnitude
- 14. Exercise I: ( S) A box (S) of mass 1kg is suspended to the free end of a spring as shown in the figure. Take g=10N/Kg. Name the forces acting on solid (S). Calculate the weight of (S). Deduce the following characteristics of a force exerted by a spring on (S): a. Line of action . b. Direction . c. Magnitude .
- 15. DONE