'Multiplicative inverse' diaporamas de présentation

Inside PK Cryptography: Math and Implementation

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Orientifolds, Twisted Cohomology, and Self-Duality

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Multivariate Data and Matrix Algebra Review

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Integers, Division Primes, Greatest Common Divisors, Modular Arithmetic

Integers, Division Primes, Greatest Common Divisors, Modular Arithmetic. Sections 4.1 Tuesday 3 June. 1. Division. Definition : If a and b are integers with a ? 0 , then a divides b if there exists an integer c such that b = ac .

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4.5 2x2 Matrices, Determinants and Inverses

4.5 2x2 Matrices, Determinants and Inverses. Evaluating Determinants of 2x2 Matrices Using Inverse Matrices to Solve Equations. Evaluating Determinants of 2x2 Matrices.

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2x2 Matrices, Determinants and Inverses

2x2 Matrices, Determinants and Inverses. Evaluating Determinants of 2x2 Matrices Using Inverse Matrices to Solve Equations. Evaluating Determinants of 2x2 Matrices.

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L8. Reviews

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IELM 511: Information System design

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CSC2110 Discrete Mathematics Tutorial 5 GCD and Modular Arithmetic

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Beat the Computer!

Beat the Computer!. Intermediate Algebra Vocabulary for Unit 1. Directions: A slide will appear with a term Say the definition aloud before the computer can answer (5 sec.) You will hear a sound when the slide changes. opposite or additive inverse. opposite.

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Chapter 4 Systems of Linear Equations; Matrices

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Number Properties

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NAME THAT PROPERTY!

NAME THAT PROPERTY!. For each of the equations below, tell which property allows us to make the change shown. NAME THAT PROPERTY!. 4(2+x)=8+4x Distributive Property 2y + 3x + 6y = 2y + 6y + 3x Commutative Prop.

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6.10 Simplifying Expressions Containing Complex Numbers

6.10 Simplifying Expressions Containing Complex Numbers. Algebra 2 Mrs. Spitz Spring 2007. Objective. Simplify rational expressions containing complex numbers in the denominator. Assignment. Pgs. 299-300 #5-61 odd only

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Objective The student will be able to:

Objective The student will be able to:. recognize and use the properties of identity and equality. SOL: A.4b. Designed by Skip Tyler, Varina High School and Nicole Kessinger, Deep Run High School. Identity Properties. 1) Additive Identity What do you add to get the same? a + 0 = a

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Properties

Properties. The additive inverse property tells us to simply take a number and add its opposite so we get zero. Example 1. -6 is the additive inverse of 6. Properties. Example 2. The multiplicative inverse is when you take a number and multiply it by its reciprocal so you get one. So, .

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Warm up: solve for x

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Objective: I will be able to explain to a friend what a multiplicative inverse (reciprocal) is.

Multiplicative Inverse (Reciprocal). Lesson 1: Multiplicative Inverse/Reciprocal. Objective: I will be able to explain to a friend what a multiplicative inverse (reciprocal) is. Multiplicative Inverse (Reciprocal). Find the product.

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