Write an Algebraic Rule to Describe Each Transformation

Up to 24 cash back W x2W0z1B7N hKSuEtXaj zSoBfwtwmaWrBeB cLsLCuc k AAPlRlb rgigGhtjsz xrdesaerwvxezdMx _ uMbahdeJ twQitFhD oIFnpfiJndiStcev FG_eboTmyeDtrtyy. 90º R x y y x Clockwise.

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C Write an algebraic rule to describe each transformation of figure A to figure A.

. Triangle XYZ has vertices X6 -23 Y75 5 and Z8 4. Then describe the transformation. Then describe the transformation.

When translated X has coordinates 28 -13. Which algebraic rule describes the transformation. Then describe the transformation.

Create your own flash cards. X y x y 4. Identify the vertices of the shape and its dilation.

_____ _____ _____ _____ Use the given rule to graph the image of each figure. The transformation from the first equation to the second one can be found by finding a a h h and k k for each equation. Factor a 1 1 out of the absolute value to make the coefficient of x x equal to 1 1.

_____ _____ _____ _____ Use the given rule to graph the image of each figure. X y x y 4. AB Write an algebraic rule to describe each transformation of figure A to figure A.

Add your answer and earn points. Labeling Vertices Step 2. AB Write an algebraic rule to describe each transformation of figure A to figure A.

Write a rule to describe this transformation. Write an algebraic rule to describe each transformation. Reasonjamol reasonjamol The answer is B x y x 3 y 1.

Additional Mathematics Flashcards. Then find the coordinates of Y and Z. 2 on a question Write an algebraic rule to describe each transformation Then describe the transformation.

X y x y. 4-5 -4 5 Ex 4 -5 -4 5 270º R x y yx Clockwise. X y x y Algebraic Transformations.

Determine what number multiplied onto each coordinate of the original shape will result in each coordinate of. Click here to studyprint these flashcards. 1 x y A N B N B A reflection across the x-axis 2 x y S JU N S J U N translation.

Up to 24 cash back Algebraic Representations of Transformations Practice and Problem Solving. 1 x y U SV W U SV translation. Pre-Algebra Name_____ Date_____ Period____ Z A2a0e1 v53 bK muft naM MSuoBfEtVweaPrNe 3 iL fL kCeD j A0lxll Kr9iWgIh wtJsT PrCegs ke9rVvze VdO.

From the attachment we see that before transformation the coordinates are. When translated X has coordinates 28 -13. Algebraic Representations of Transformations LESSON Practice and Problem Solving.

Then describe the transformation. Triangle ABC has vertices A2 -1 B-3 0 and 4. 270º R x y y x.

X y - Solve. Write the rule for the dilation as eq x y rightarrow kx ky eq. Algebraic rule x y - -x -y transformation rotation of 180º new coordinates A0 0 B0 -3 C2 -3 D2 0 Question 7.

180º R x y xy Ex. 7 units left 2 x y I FP W FP W I reflection across the x-axis 3 x y X K H W X K H translation. Then find the coordinates of Y and Z.

1 See answer Advertisement Advertisement jackroberson83 is waiting for your help. Up to 24 cash back Algebraic Representations of Transformations Practice and Problem Solving. Then describe the transformation.

4 units right and 4 units up. T TRANSFORMATIONS Write a rule to describe each transformation. Write a rule to describe this transformation.

Up to 24 cash back Write an algebraic rule to describe each transformation. Then describe the transformation. LESON Algebraic Representations of Transformations 12-4 Practice and Problem Solving.

Example of how to solve 6-10. When translated X has coordinates 28 -13. Write a rule to describe this transformation.

Let r be the radius of the cylinder and sphere and h be the height of the cylinder. Then describe the transformation. 1 unit left and 4 units down 4 x y S MQQM S reflection across the y-axis 5 x y V A Z VA Z rotation 90 clockwise about the origin.

Then describe the transformation Use the given rule to graph the image of each figure. Triangle XYZ has vertices X6 -23 Y75 5 and Z8 4. When translated X has coordinates 28 -13.

Then describe the transformation. 90º R x y y -x Ex. R-4 -1 S-1 -1 T-1 -3 U-4 -3 The new coordinates after transformation are.

124 Independent Practice 7. Algebraic Rules for Transformations. Y x y.

Write a rule to describe this transformation. 4-5 5 4 Ex 4 -5 -5 -4 180º R x y xy Clockwise. -23 Y75 5 and Z8 4.

Cards Return to Set Details. Write a rule to describe each transformation. Y axhk y a x - h k.

Use the given rule to graph the image of each figure. Then find the coordinates of Y and Z. The algebraic rule that describes the transformations is.

Given a sphere and a cylinder with same radius and height. F x x f x x gx x 7 g x x 7. Point L has.

Write an algebraic rule to describe each transformationThen describe the transformation. How to write a rule to describe a translation. Then find the coordinates of.

X6 -23 X28 -13 Find how changes coordinate x. AB Write an algebraic rule to describe each transformation of figure A to figure A. Then describe the transformation 3.

6 a 28 a 6 28 a 32 And how changes coordinate y-23 b 13 b 13 -23 b -12 23 b 1 The rule is x y x a y b where a 32 and b 1. R4 -1 S1 -1 T1 -3 U4 -3.

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