1.6 Absolute Value Equations and Inequalitiesleblance
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This document discusses absolute value equations and inequalities. It explains that absolute value equations can have two solutions because opposites have the same absolute value. It provides steps for solving absolute value equations which include isolating the absolute value and removing the absolute value signs. Solutions then need to be checked for extraneous solutions, which are solutions that do not satisfy the original equation. The document also covers absolute value inequalities and how to write them as compound inequalities without absolute value symbols in order to solve and graph the solutions.
1. The document discusses absolute value equations and inequalities. It defines absolute value and shows how to solve absolute value equations by isolating the absolute value and setting up two equations. It also explains how to solve absolute value inequalities by writing them as compound inequalities without absolute value symbols. Examples are provided to demonstrate solving and graphing different types of absolute value equations and inequalities.
The document discusses inequalities and their solutions. It defines absolute and conditional inequalities and explains how to represent solutions using interval, set, and graphical notation. Methods are presented for solving linear, polynomial, rational, and absolute value inequalities. Key steps include determining intervals where an expression is positive or negative, identifying valid intervals based on inequality signs, and expressing the solution in interval notation. Examples are provided throughout to demonstrate these techniques.
This document provides a lesson on absolute value, magnitude, and distance. It begins with an opening exercise where students find pairs of numbers that are the same distance from zero. They conclude that numbers and their opposites will have the same absolute value. Examples and exercises are then provided to illustrate using absolute value to represent the distance between a number and zero, and to find the magnitude of positive and negative quantities. The lesson emphasizes that absolute value is always positive and represents the distance from zero.
G7 Math Q2-Week 8-Linear Inequalities.pptNielMarcTomas
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This document provides an overview of linear inequalities in one variable. It discusses graphing intervals on a number line, solving linear inequalities using the addition and multiplication properties, solving inequalities with three parts, and solving applied problems using linear inequalities. The key steps for solving linear inequalities are presented, including isolating the variable, checking solutions, and interpreting word problems about ranges of values for applied geometry problems.
Exercises for pupils in primary education(0 4)-enGeorgeta Manafu
Ìý
The document discusses teaching methods and tools for presenting pseudocode language to students. It provides:
- Keywords used in pseudocode like read, write, if, then, else, while, and for to define instructions. Algorithms start with "Algorithm name" and end with "Stop".
- Examples of read-write instructions using keywords read and write to input and output data.
- Exercises for students to practice using pseudocode keywords and instructions like reading numbers, writing outputs, and comparing values in if statements.
- Discussion of theoretical concepts like assigning values, expressions, variables, and data types to introduce in pseudocode programming.
This document discusses how to solve absolute value equations and inequalities. Absolute value expressions can be positive or negative. When solving absolute value equations, treat the absolute value symbols like parentheses in order of operations. Absolute value inequalities create compound inequalities joined by "and" or "or", and their solutions depend on whether the expression inside the absolute value is positive or negative.
SOLVE ABSOLUTE VALUE EQUATIONS IN ONE VARIABLE AND EXPRESS SOLUTIONS IN VARIO...shahanieabbat3
Ìý
GRADE 10 LESSON IN MATHEMATICS: SOLVE ABSOLUTE VALUE EQUATIONS IN ONE VARIABLE AND EXPRESS SOLUTIONS IN VARIOUS NOTATIONS). GRADE 10 LESSON IN MATHEMATICS: SOLVE ABSOLUTE VALUE EQUATIONS IN ONE VARIABLE AND EXPRESS SOLUTIONS IN VARIOUS NOTATIONS)GRADE 10 LESSON IN MATHEMATICS: SOLVE ABSOLUTE VALUE EQUATIONS IN ONE VARIABLE AND EXPRESS SOLUTIONS IN VARIOUS NOTATIONS)GRADE 10 LESSON IN MATHEMATICS: SOLVE ABSOLUTE VALUE EQUATIONS IN ONE VARIABLE AND EXPRESS SOLUTIONS IN VARIOUS NOTATIONS)GRADE 10 LESSON IN MATHEMATICS: SOLVE ABSOLUTE VALUE EQUATIONS IN ONE VARIABLE AND EXPRESS SOLUTIONS IN VARIOUS NOTATIONS)GRADE 10 LESSON IN MATHEMATICS: SOLVE ABSOLUTE VALUE EQUATIONS IN ONE VARIABLE AND EXPRESS SOLUTIONS IN VARIOUS NOTATIONS)GRADE 10 LESSON IN MATHEMATICS: SOLVE ABSOLUTE VALUE EQUATIONS IN ONE VARIABLE AND EXPRESS SOLUTIONS IN VARIOUS NOTATIONS)GRADE 10 LESSON IN MATHEMATICS: SOLVE ABSOLUTE VALUE EQUATIONS IN ONE VARIABLE AND EXPRESS SOLUTIONS IN VARIOUS NOTATIONS)GRADE 10 LESSON IN MATHEMATICS: SOLVE ABSOLUTE VALUE EQUATIONS IN ONE VARIABLE AND EXPRESS SOLUTIONS IN VARIOUS NOTATIONS)GRADE 10 LESSON IN MATHEMATICS: SOLVE ABSOLUTE VALUE EQUATIONS IN ONE VARIABLE AND EXPRESS SOLUTIONS IN VARIOUS NOTATIONS)GRADE 10 LESSON IN MATHEMATICS: SOLVE ABSOLUTE VALUE EQUATIONS IN ONE VARIABLE AND EXPRESS SOLUTIONS IN VARIOUS NOTATIONS)GRADE 10 LESSON IN MATHEMATICS: SOLVE ABSOLUTE VALUE EQUATIONS IN ONE VARIABLE AND EXPRESS SOLUTIONS IN VARIOUS NOTATIONS)GRADE 10 LESSON IN MATHEMATICS: SOLVE ABSOLUTE VALUE EQUATIONS IN ONE VARIABLE AND EXPRESS SOLUTIONS IN VARIOUS NOTATIONS)GRADE 10 LESSON IN MATHEMATICS: SOLVE ABSOLUTE VALUE EQUATIONS IN ONE VARIABLE AND EXPRESS SOLUTIONS IN VARIOUS NOTATIONS)GRADE 10 LESSON IN MATHEMATICS: SOLVE ABSOLUTE VALUE EQUATIONS IN ONE VARIABLE AND EXPRESS SOLUTIONS IN VARIOUS NOTATIONS)GRADE 10 LESSON IN MATHEMATICS: SOLVE ABSOLUTE VALUE EQUATIONS IN ONE VARIABLE AND EXPRESS SOLUTIONS IN VARIOUS NOTATIONS)GRADE 10 LESSON IN MATHEMATICS: SOLVE ABSOLUTE VALUE EQUATIONS IN ONE VARIABLE AND EXPRESS SOLUTIONS IN VARIOUS NOTATIONS)GRADE 10 LESSON IN MATHEMATICS: SOLVE ABSOLUTE VALUE EQUATIONS IN ONE VARIABLE AND EXPRESS SOLUTIONS IN VARIOUS NOTATIONS)GRADE 10 LESSON IN MATHEMATICS: SOLVE ABSOLUTE VALUE EQUATIONS IN ONE VARIABLE AND EXPRESS SOLUTIONS IN VARIOUS NOTATIONS)GRADE 10 LESSON IN MATHEMATICS: SOLVE ABSOLUTE VALUE EQUATIONS IN ONE VARIABLE AND EXPRESS SOLUTIONS IN VARIOUS NOTATIONS)GRADE 10 LESSON IN MATHEMATICS: SOLVE ABSOLUTE VALUE EQUATIONS IN ONE VARIABLE AND EXPRESS SOLUTIONS IN VARIOUS NOTATIONS)GRADE 10 LESSON IN MATHEMATICS: SOLVE ABSOLUTE VALUE EQUATIONS IN ONE VARIABLE AND EXPRESS SOLUTIONS IN VARIOUS NOTATIONS)GRADE 10 LESSON IN MATHEMATICS: SOLVE ABSOLUTE VALUE EQUATIONS IN ONE VARIABLE AND EXPRESS SOLUTIONS IN VARIOUS NOTATIONS)GRADE 10 LESSON IN MATHEMATICS: SOLVE ABSOLUTE VALUE EQUATIONS IN ONE VARIABLE AND EXPRESS SOLUTIONS IN VARIOUS NOTATIONS)GRADE 10 LESSON IN MATHEMATICS: SOLVE ABSOLUTE VALUE EQUATIONS IN ONE
This document discusses how to solve absolute value equations. It defines absolute value as the distance from 0, which is always non-negative. To solve absolute value equations, you treat it as two separate equations by removing the absolute value signs and solving each equation separately. The total solutions are the solutions from both equations. The document provides examples of solving single-step and multi-step absolute value equations. It explains the process is similar to solving linear equations, by undoing operations outside the absolute value signs first.
This document discusses solving linear inequalities in one variable. It explains that solving an inequality means finding all real number solutions that make the inequality true. It also describes the properties of inequalities, such as the addition property and multiplication property, which are used to solve inequalities by producing equivalent expressions with the same solution sets. The document provides examples of solving linear inequalities using these properties and graphing the solutions on number lines.
The document discusses solving equations with variables on both sides by getting all variables on one side and isolating the variable. It provides steps to combine like terms, which may include moving a variable to the other side, and then solving the resulting equation by undoing addition, subtraction, and multiplication. It provides examples of writing and solving equations where a number is related to multiple times or combinations of that number.
This document discusses how to solve rational equations and inequalities. It provides steps for solving rational equations, which include finding the least common denominator, multiplying both sides by the LCD, applying the distributive property, and checking solutions. It also outlines six steps for solving rational inequalities: writing the inequality as a single rational expression, setting the numerator and denominator equal to zero to find critical values, plotting critical values on a number line, substituting critical values into the inequality, selecting test values in each interval, and using interval notation to write the final answer.
This document provides steps for solving rational equations and inequalities:
1. Find the least common denominator and clear fractions by multiplying both sides by the LCD.
2. For inequalities, write the expression as a single rational term and set the numerator and denominator equal to 0 to find critical values.
3. Plot critical values on a number line and test values in each interval to determine if it satisfies the original inequality.
The document discusses the simplex method for solving linear programming problems. It begins by introducing the simplex method and explaining that it is an iterative procedure that examines corner points to find an optimal solution. It then defines key terms like slack, surplus, and artificial variables. The majority of the document outlines the step-by-step procedures for using the simplex method to solve maximization and minimization problems. It also discusses how to handle special cases that may arise, such as degeneracy, unbounded problems, and infeasible problems.
1) Solving linear inequalities involves using the same concepts as solving linear equations to isolate the variable, but inequalities have infinite solutions rather than a single solution.
2) Inequality signs (<, >, ≤, ≥) indicate whether values are less than, greater than, less than or equal to, or greater than or equal to another value.
3) Graphing linear inequalities on a number line or coordinate plane involves graphing the corresponding equality and then shading the appropriate side based on the inequality sign and whether it includes the endpoint or not.
This document discusses solving different types of inequalities including linear, quadratic, and compound inequalities. It provides examples of solving each type of inequality and explains the key steps. For linear inequalities, it discusses solving by clearing fractions and reversing inequality signs when multiplying or dividing by a negative number. For compound inequalities, it explains solving all three expressions at once where the middle expression is between the outer expressions. For quadratic inequalities, it outlines solving the corresponding quadratic equation first before identifying intervals and using test values to determine the solution set.
This document provides guidance on writing mathematical proofs. It defines key terms like direct proof and counterexample. It also outlines the standard format for proofs, including stating the theorem, clearly marking the beginning and end, and providing justification for each step. Common mistakes to avoid are arguing from examples rather than a general case, using the same variable to mean different things, and jumping to a conclusion without proper justification.
This document discusses several mathematical concepts including sets, real numbers, inequalities, and absolute value. It provides examples and properties for each concept. Sets can be defined by listing elements or with a common characteristic. Real numbers include natural numbers, integers, rationals, and irrationals. Properties of real numbers include closure under addition and multiplication. Inequalities can be solved using the same methods as equations while maintaining the inequality sign. Absolute value gives the distance of a number from zero and has properties related to products and sums.
This tutorial teaches how to solve multi-step equations with one variable. It defines key terms like variable, equation, coefficient, constant, and inverse operation. It then walks through an example of solving the equation 2x + 7 = 15 in 3 steps: 1) subtracting 7 from both sides to eliminate the constant, 2) dividing both sides by 2 to isolate the variable x, and 3) determining that x = 4. The tutorial concludes with a quiz to test the learner's understanding of these concepts.
This document provides an overview of solving linear inequalities. It introduces inequality notation and properties, discusses multiplying and dividing by negative numbers, and provides examples of solving different types of linear inequalities. It also covers interval notation, graphing solutions to inequalities on number lines, and using interactive tools like Gizmos for additional practice with inequalities.
The document discusses different mathematical concepts related to sets, real numbers, inequalities, and absolute value. It defines sets and set operations like union, intersection, difference, and complement. It describes the different types of real numbers like irrational, rational, integer, and natural numbers. It also defines mathematical inequalities and absolute value, explaining how to solve inequalities involving absolute value.
Prelims of Rass MELAI : a Music, Entertainment, Literature, Arts and Internet Culture Quiz organized by Conquiztadors, the Quiz society of Sri Venkateswara College under their annual quizzing fest El Dorado 2025.
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The document discusses teaching methods and tools for presenting pseudocode language to students. It provides:
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- Examples of read-write instructions using keywords read and write to input and output data.
- Exercises for students to practice using pseudocode keywords and instructions like reading numbers, writing outputs, and comparing values in if statements.
- Discussion of theoretical concepts like assigning values, expressions, variables, and data types to introduce in pseudocode programming.
This document discusses how to solve absolute value equations and inequalities. Absolute value expressions can be positive or negative. When solving absolute value equations, treat the absolute value symbols like parentheses in order of operations. Absolute value inequalities create compound inequalities joined by "and" or "or", and their solutions depend on whether the expression inside the absolute value is positive or negative.
SOLVE ABSOLUTE VALUE EQUATIONS IN ONE VARIABLE AND EXPRESS SOLUTIONS IN VARIO...shahanieabbat3
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GRADE 10 LESSON IN MATHEMATICS: SOLVE ABSOLUTE VALUE EQUATIONS IN ONE VARIABLE AND EXPRESS SOLUTIONS IN VARIOUS NOTATIONS). GRADE 10 LESSON IN MATHEMATICS: SOLVE ABSOLUTE VALUE EQUATIONS IN ONE VARIABLE AND EXPRESS SOLUTIONS IN VARIOUS NOTATIONS)GRADE 10 LESSON IN MATHEMATICS: SOLVE ABSOLUTE VALUE EQUATIONS IN ONE VARIABLE AND EXPRESS SOLUTIONS IN VARIOUS NOTATIONS)GRADE 10 LESSON IN MATHEMATICS: SOLVE ABSOLUTE VALUE EQUATIONS IN ONE VARIABLE AND EXPRESS SOLUTIONS IN VARIOUS NOTATIONS)GRADE 10 LESSON IN MATHEMATICS: SOLVE ABSOLUTE VALUE EQUATIONS IN ONE VARIABLE AND EXPRESS SOLUTIONS IN VARIOUS NOTATIONS)GRADE 10 LESSON IN MATHEMATICS: SOLVE ABSOLUTE VALUE EQUATIONS IN ONE VARIABLE AND EXPRESS SOLUTIONS IN VARIOUS NOTATIONS)GRADE 10 LESSON IN MATHEMATICS: SOLVE ABSOLUTE VALUE EQUATIONS IN ONE VARIABLE AND EXPRESS SOLUTIONS IN VARIOUS NOTATIONS)GRADE 10 LESSON IN MATHEMATICS: SOLVE ABSOLUTE VALUE EQUATIONS IN ONE VARIABLE AND EXPRESS SOLUTIONS IN VARIOUS NOTATIONS)GRADE 10 LESSON IN MATHEMATICS: SOLVE ABSOLUTE VALUE EQUATIONS IN ONE VARIABLE AND EXPRESS SOLUTIONS IN VARIOUS NOTATIONS)GRADE 10 LESSON IN MATHEMATICS: SOLVE ABSOLUTE VALUE EQUATIONS IN ONE VARIABLE AND EXPRESS SOLUTIONS IN VARIOUS NOTATIONS)GRADE 10 LESSON IN MATHEMATICS: SOLVE ABSOLUTE VALUE EQUATIONS IN ONE VARIABLE AND EXPRESS SOLUTIONS IN VARIOUS NOTATIONS)GRADE 10 LESSON IN MATHEMATICS: SOLVE ABSOLUTE VALUE EQUATIONS IN ONE VARIABLE AND EXPRESS SOLUTIONS IN VARIOUS NOTATIONS)GRADE 10 LESSON IN MATHEMATICS: SOLVE ABSOLUTE VALUE EQUATIONS IN ONE VARIABLE AND EXPRESS SOLUTIONS IN VARIOUS NOTATIONS)GRADE 10 LESSON IN MATHEMATICS: SOLVE ABSOLUTE VALUE EQUATIONS IN ONE VARIABLE AND EXPRESS SOLUTIONS IN VARIOUS NOTATIONS)GRADE 10 LESSON IN MATHEMATICS: SOLVE ABSOLUTE VALUE EQUATIONS IN ONE VARIABLE AND EXPRESS SOLUTIONS IN VARIOUS NOTATIONS)GRADE 10 LESSON IN MATHEMATICS: SOLVE ABSOLUTE VALUE EQUATIONS IN ONE VARIABLE AND EXPRESS SOLUTIONS IN VARIOUS NOTATIONS)GRADE 10 LESSON IN MATHEMATICS: SOLVE ABSOLUTE VALUE EQUATIONS IN ONE VARIABLE AND EXPRESS SOLUTIONS IN VARIOUS NOTATIONS)GRADE 10 LESSON IN MATHEMATICS: SOLVE ABSOLUTE VALUE EQUATIONS IN ONE VARIABLE AND EXPRESS SOLUTIONS IN VARIOUS NOTATIONS)GRADE 10 LESSON IN MATHEMATICS: SOLVE ABSOLUTE VALUE EQUATIONS IN ONE VARIABLE AND EXPRESS SOLUTIONS IN VARIOUS NOTATIONS)GRADE 10 LESSON IN MATHEMATICS: SOLVE ABSOLUTE VALUE EQUATIONS IN ONE VARIABLE AND EXPRESS SOLUTIONS IN VARIOUS NOTATIONS)GRADE 10 LESSON IN MATHEMATICS: SOLVE ABSOLUTE VALUE EQUATIONS IN ONE VARIABLE AND EXPRESS SOLUTIONS IN VARIOUS NOTATIONS)GRADE 10 LESSON IN MATHEMATICS: SOLVE ABSOLUTE VALUE EQUATIONS IN ONE VARIABLE AND EXPRESS SOLUTIONS IN VARIOUS NOTATIONS)GRADE 10 LESSON IN MATHEMATICS: SOLVE ABSOLUTE VALUE EQUATIONS IN ONE VARIABLE AND EXPRESS SOLUTIONS IN VARIOUS NOTATIONS)GRADE 10 LESSON IN MATHEMATICS: SOLVE ABSOLUTE VALUE EQUATIONS IN ONE VARIABLE AND EXPRESS SOLUTIONS IN VARIOUS NOTATIONS)GRADE 10 LESSON IN MATHEMATICS: SOLVE ABSOLUTE VALUE EQUATIONS IN ONE
This document discusses how to solve absolute value equations. It defines absolute value as the distance from 0, which is always non-negative. To solve absolute value equations, you treat it as two separate equations by removing the absolute value signs and solving each equation separately. The total solutions are the solutions from both equations. The document provides examples of solving single-step and multi-step absolute value equations. It explains the process is similar to solving linear equations, by undoing operations outside the absolute value signs first.
This document discusses solving linear inequalities in one variable. It explains that solving an inequality means finding all real number solutions that make the inequality true. It also describes the properties of inequalities, such as the addition property and multiplication property, which are used to solve inequalities by producing equivalent expressions with the same solution sets. The document provides examples of solving linear inequalities using these properties and graphing the solutions on number lines.
The document discusses solving equations with variables on both sides by getting all variables on one side and isolating the variable. It provides steps to combine like terms, which may include moving a variable to the other side, and then solving the resulting equation by undoing addition, subtraction, and multiplication. It provides examples of writing and solving equations where a number is related to multiple times or combinations of that number.
This document discusses how to solve rational equations and inequalities. It provides steps for solving rational equations, which include finding the least common denominator, multiplying both sides by the LCD, applying the distributive property, and checking solutions. It also outlines six steps for solving rational inequalities: writing the inequality as a single rational expression, setting the numerator and denominator equal to zero to find critical values, plotting critical values on a number line, substituting critical values into the inequality, selecting test values in each interval, and using interval notation to write the final answer.
This document provides steps for solving rational equations and inequalities:
1. Find the least common denominator and clear fractions by multiplying both sides by the LCD.
2. For inequalities, write the expression as a single rational term and set the numerator and denominator equal to 0 to find critical values.
3. Plot critical values on a number line and test values in each interval to determine if it satisfies the original inequality.
The document discusses the simplex method for solving linear programming problems. It begins by introducing the simplex method and explaining that it is an iterative procedure that examines corner points to find an optimal solution. It then defines key terms like slack, surplus, and artificial variables. The majority of the document outlines the step-by-step procedures for using the simplex method to solve maximization and minimization problems. It also discusses how to handle special cases that may arise, such as degeneracy, unbounded problems, and infeasible problems.
1) Solving linear inequalities involves using the same concepts as solving linear equations to isolate the variable, but inequalities have infinite solutions rather than a single solution.
2) Inequality signs (<, >, ≤, ≥) indicate whether values are less than, greater than, less than or equal to, or greater than or equal to another value.
3) Graphing linear inequalities on a number line or coordinate plane involves graphing the corresponding equality and then shading the appropriate side based on the inequality sign and whether it includes the endpoint or not.
This document discusses solving different types of inequalities including linear, quadratic, and compound inequalities. It provides examples of solving each type of inequality and explains the key steps. For linear inequalities, it discusses solving by clearing fractions and reversing inequality signs when multiplying or dividing by a negative number. For compound inequalities, it explains solving all three expressions at once where the middle expression is between the outer expressions. For quadratic inequalities, it outlines solving the corresponding quadratic equation first before identifying intervals and using test values to determine the solution set.
This document provides guidance on writing mathematical proofs. It defines key terms like direct proof and counterexample. It also outlines the standard format for proofs, including stating the theorem, clearly marking the beginning and end, and providing justification for each step. Common mistakes to avoid are arguing from examples rather than a general case, using the same variable to mean different things, and jumping to a conclusion without proper justification.
This document discusses several mathematical concepts including sets, real numbers, inequalities, and absolute value. It provides examples and properties for each concept. Sets can be defined by listing elements or with a common characteristic. Real numbers include natural numbers, integers, rationals, and irrationals. Properties of real numbers include closure under addition and multiplication. Inequalities can be solved using the same methods as equations while maintaining the inequality sign. Absolute value gives the distance of a number from zero and has properties related to products and sums.
This tutorial teaches how to solve multi-step equations with one variable. It defines key terms like variable, equation, coefficient, constant, and inverse operation. It then walks through an example of solving the equation 2x + 7 = 15 in 3 steps: 1) subtracting 7 from both sides to eliminate the constant, 2) dividing both sides by 2 to isolate the variable x, and 3) determining that x = 4. The tutorial concludes with a quiz to test the learner's understanding of these concepts.
This document provides an overview of solving linear inequalities. It introduces inequality notation and properties, discusses multiplying and dividing by negative numbers, and provides examples of solving different types of linear inequalities. It also covers interval notation, graphing solutions to inequalities on number lines, and using interactive tools like Gizmos for additional practice with inequalities.
The document discusses different mathematical concepts related to sets, real numbers, inequalities, and absolute value. It defines sets and set operations like union, intersection, difference, and complement. It describes the different types of real numbers like irrational, rational, integer, and natural numbers. It also defines mathematical inequalities and absolute value, explaining how to solve inequalities involving absolute value.
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APM event hosted by the South Wales and West of England Network (SWWE Network)
Speaker: Aalok Sonawala
The SWWE Regional Network were very pleased to welcome Aalok Sonawala, Head of PMO, National Programmes, Rider Levett Bucknall on 26 February, to BAWA for our first face to face event of 2025. Aalok is a member of APM’s Thames Valley Regional Network and also speaks to members of APM’s PMO Interest Network, which aims to facilitate collaboration and learning, offer unbiased advice and guidance.
Tonight, Aalok planned to discuss the importance of a PMO within project-based organisations, the different types of PMO and their key elements, PMO governance and centres of excellence.
PMO’s within an organisation can be centralised, hub and spoke with a central PMO with satellite PMOs globally, or embedded within projects. The appropriate structure will be determined by the specific business needs of the organisation. The PMO sits above PM delivery and the supply chain delivery teams.
For further information about the event please click here.
4. WAYS OF SOLVING ABSOLUTE VALUE EQUATIONS
1. Number-line Method – done by finding the center and
endpoints of an absolute value equation. For instance, |x-a|
=b
A. Center: x-a=0;x=a
B. Endpoints: a+b, a-b
2. Algebraic Method – done by using the definition of
Absolute Value Equations in which the concept of disjunction
will be applied.
5. STEPS IN SOLVING ABSOLUTE VALUE EQUATIONS:
1.Isolate the absolute value on one side of the equation.
2.Is the number on the other side of the equation
negative?
Yes – No Solution
No – Proceed to step 3
3.Write two equations without absolute values.
Equation 1 – Positive
Equation 2 – Negative
4.Solve the two equations.
12. ABSOLUTE VALUE INEQUALITY
Absolute Value Inequality – is an
inequality involving an absolute value
that can be written as combined
inequality containing either, and, or or.
13. AVLT AND AVGT
Absolute Value Less Than (AVLT):
|x|<a, where x is a polynomial and a is a real number. This
means that x<a and x>-a. Furthermore, it can be interpreted that
the values of x are less than a units from the origin.
Absolute Value Greater Than (AVGT):
|x|>a, where x is a polynomial and a is a real number. This
means that x>a and x<-a. Furthermore, it can be interpreted that
the values of x are more than a units from the origin.
14. SOLVING ABSOLUTE VALUE INEQUALITIES
1. Isolate the inequality.
2. Identify whether the given absolute inequality is an AVLT or an
AVGT.
3. For AVLT – Conjunction (uses ‘and’)
For AVGT – Disjunction (uses ‘or’)
4. It will be further solved by applying the different properties of
inequalities.
5. Write the solution set.
6. Graph the solution set.
15. Types of
Absolute
Value
Inequality
Less Than Less than
equal to
Greater Than Greater Than
Equal to
Zero No Solution Equate
absolute Value
to Zero then
Solve
(only 1
solution)
All Real
numbers
except for the
numbers that
make it zero.
All real
numbers
Negative No Solution No Solution All Real
Numbers
All Real
Numbers
Positive Create a 3-part Create a 3-part Create a 3-part Create a 3-part
25. STEPS IN SOLVING WORD PROBLEMS
1. Understand the problem
2. Plan Your approach
3. Complete the work
4. Interpret the results
26. EXAMPLE 1
Bottles manufactured in a factory
must be 250 ml in volume with a
tolerance of 20 ml. Bottles that are not
within the tolerated volume cannot be
sold. What is the range of volume? (x
is the volume of the bottle).
27. EXAMPLE 2
The weight of each fountain pen
manufactured in a factory must be 10g
with a tolerance of 2g. Pens that are not
within the tolerated weight must be
thrown away. What is the range of the
allowable weight of a fountain pen?
(x is the weight of the pen).