I need extra help completing this portion.

Calibri + 12 ~ A A Aa Po Find Paste BIU ~ ab X, X A PV A Normal No Spacing Heading Heading 2 Gc Replace Dictate Sensi Select Clipboard Is Font Paragraph Styles Editing Voice Sensit position to his ending position. Part 2: Creating Your Own Dance Story (3 points for Question 1 Qulevel; 4 points for Questions 1 and 2 together for PreAP) The robot wants to create a dance that takes him from his starting position in the first picture to his ending in Transformation Description the second picture. Help the robot by writing the transformations from his initial position to his final position. 1st transformation 104 and transformation A(x) = 3 5- 5- 3d transformation (4, 1.5) (1,1) 2-10.51 3.1) -10 -5(-1, -1). 0, 0) 10 -10 10 2. Using the original graph of what would the resultant equation be after all of the transformations you chose in question 1 have taken place? (3 points for Question 2 Qnlevel; 4 points for .57 5 Questions 1 and 2 together for PreAPJ -107 -10- * **Remember" the order of the transformations matters. Steps for Graphing Multiple Ir of Functions To proph a functumm requiring multiple u hematipes, use the following order 1. Hornstal tramdution (shift) 2. Horizontal and vertical stretch and shrink 3. Is there more than one way to get the robot from the first picture to the second? Why or why not? J. Reflections across the x- and youves Make sure to justify your reasoning. (2 points for Qnlevel; 1 point for PreAP) .Here are a couple of examples of following the order on the Desmos calculator -> Example, Example (to see the step by step transformation "uncheck" all the graphs except the last one, and then click on one at a time until you get to the final graph... the top equation (red triangle avatar) is just for reference** * Step 1: Complete the table: Describe the type of transformation and be sure to include the amount you are moving or stretching. For example - Vertical shift up 4 units. Step 2: Based on the transformations described in the table in step 1, rewrite the original equation with the transformations. Focus 4 of 6 1076 words English (United States) Text Predictions: On Accessibility: Investigate