X y - Solve. Let r be the radius of the cylinder and sphere and h be the height of the cylinder.
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Then describe the transformation.
. Which algebraic rule describes the transformation. According to the question r h. T TRANSFORMATIONS Write a rule to describe each transformation.
Then describe the transformation Use the given rule to graph the image of each figure. Write an algebraic rule to describe each transformation of figure A to figure A. 4-5 -4 5 Ex 4 -5 -4 5 270º R x y yx Clockwise.
Pre-Algebra Name_____ Date_____ Period____ Z A2a0e1 v53 bK muft naM MSuoBfEtVweaPrNe 3 iL fL kCeD j A0lxll Kr9iWgIh wtJsT PrCegs ke9rVvze VdO. 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. 180º R x y xy Ex.
LESON Algebraic Representations of Transformations 12-4 Practice and Problem Solving. Then describe the transformation. AB Write an algebraic rule to describe each transformation of figure A to figure A.
Triangle LMN has L at. X6 -23 X28 -13 Find how changes coordinate x. 90º R x y y -x Ex.
Then describe the transformation 3. Figures with the same size and shape. 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.
2 on a question Write an algebraic rule to describe each transformation Then describe the transformation. Then describe the transformation. Given a sphere and a cylinder with same radius and height.
Slide one to one mapping of each point figure to the corresponding image. Identify the vertices of the shape and its dilation. So if we can graph f x f x getting the graph of gx g x.
Figure after a transformation. Y x y x. Find a point on the line of reflection that creates a minimum distance.
State a rule for an algebraic transformation where vertex B will not be at the origin. 90º R x y y x Clockwise. Determine what number multiplied onto each coordinate of the original shape will result in each coordinate of.
Write an algebraic rule to describe each transformation. Describe the reflection by finding the line of reflection. Triangle LMN has L at 1 1 and M at 2 3.
000043 Properties of Reflections. Use the given rule to graph the image of each figure. Has prime notation A Term.
Now the volume of the. _____ _____ _____ _____ Use the given rule to graph the image of each figure. Xy- x by horizontal stretchshrink by a and vertical stretchshrink by b.
1 See answer Advertisement Advertisement jackroberson83 is waiting for your help. 4-5 5 4 Ex 4 -5 -5 -4 180º R x y xy Clockwise. 4 units right and 4 units up.
Add your answer and earn points. AB Write an algebraic rule to describe each transformation of figure A to figure A. Click here to studyprint these flashcards.
Given the graph of f x f x the graph of gx f x c g x f x c will be the graph of f x f x shifted up by c c units if c c is positive and or down by c c units if c c is negative. The first transformation well look at is a vertical shift. Determine the number of lines of symmetry.
Reasonjamol reasonjamol The answer is B x y x 3 y 1. Then describe the transformation. Then find the coordinates of Y and Z.
Triangle ABC has vertices A2 -1 B-3 0 and 4. Triangle XYZ has vertices X6 -23 Y75 5 and Z8 4. F x x f x x gx x 7 g x x 7.
How to write a rule to describe a translation. Up to 24 cash back Algebraic Representations of Transformations Practice and Problem Solving. Graph and Describe the Reflection Examples 1-4.
Then describe the transformation. Then find the coordinates of Y and Z. Up to 24 cash back Write an algebraic rule to describe each transformation of figure.
Algebraic Rules for Transformations. Write a rule to describe this transformation. Factor a 1 1 out of the absolute value to make the coefficient of x x equal to 1 1.
Vertical stretchshrink centered on y value. 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.
Write the rule for the dilation as eq x y rightarrow kx ky eq. X y x y 4. Y axhk y a x - h k.
Write a rule to describe this transformation. When translated X has coordinates 28 -13. 270º R x y y x.
Labeling Vertices Step 2. When translated X has coordinates 28 -13. Algebraic rule x y - -x -y transformation rotation of 180º new coordinates A0 0 B0 -3 C2 -3 D2 0 Question 7.
Video Lesson Examples. A spin or turn about the origin.
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