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= MAFS:912.G.CO,1.2 5. The point (-7,4) is reflected over the line x = -3. Then, the resulting point is reflected over the line

= MAFS:912.G.CO,1.2 5. The point (-7,4) is reflected over the line x = -3. Then, the resulting point is reflected over the line y = x. Where is the point located after both reflections? A. (-10,-7). B. (1,4) C. (4, -7) D. (4,1) py. 2 ... A A.

= MAFS:912.G.CO,1.2 5. The point (-7,4) is reflected over the line x = -3. Then, the resulting point is reflected over the line y = x. Where is the point located after both reflections? A. (-10,-7). B. (1,4) C. (4, -7) D. (4,1) py. 2 ... A A.

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= Homework: Section 3.7: Modeling Using Variation Question 20, 3.7.39 Part 3 of 3 HW Score: 10.56%, 3.17 of 30 points O Points: 0 of 2 o Save The table shows the values for current, I, in an electric circuit and the resistance, R, of the circuit. Use the t

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= Homework: Section 3.7: Modeling Using Variation Question 20, 3.7.39 Part 3 of 3 HW Score: 10.56%, 3.17 of 30 points O Points: 0 of 2 o Save The table shows the values for current, I, in an electric circuit and the resistance, R, of the circuit. Use the table to complete parts (a) through (c) I (amperes) 1.5 3.0 4.5 6,0 7.5 9.0 12.0 15.0 R (ohms) 12.0 6.0 4.0 3.0 2.4 2.0 1.5 1.2 a. Graph the ordered pairs in the table of values, with values of I along the x-axis and values of R along the y-axis. Connect the eight points with a smooth curve. Choose the correct graph below. OA OB C Q 18 12- 12 12 (amperes) | (amperes) Go 6-7 6- 4 0- 0 22 8 12 Rohms) 12 R (ohms) → 12 18 1 (amperes) 6 12 18 1 (amperes) b. Does current vary directly or inversely as resistance? Use your graph and explain how you arrived at your answer. O A. Inversely since the current values increase as resistance increases. B. Directly since the current values decrease as resistance increases. C. Directly since the current values increase as resistance increases. D. Inversely since the current values decrease as resistance increases. c. Write an equation of variation for I and R, using one of the ordered pairs in the table to find the constant of variation. Then use your variation equation to verify the other seven ordered pairs in the table. RE

8. What is the distance between the Hyenas' cage and the Tigers' cage? Hyeras 3 A. 8 B. 7.1 C. 5.1 D. (3,6) E. (3.5,2.5) Gibbons -3 0 3 Tigers 9. What is the midpoint between the Gibbons' cage and the Tigers' cage? -6 A. B. (10) c. (0,0) D. (4,-1) E. (4,0)

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8. What is the distance between the Hyenas' cage and the Tigers' cage? Hyeras 3 A. 8 B. 7.1 C. 5.1 D. (3,6) E. (3.5,2.5) Gibbons -3 0 3 Tigers 9. What is the midpoint between the Gibbons' cage and the Tigers' cage? -6 A. B. (10) c. (0,0) D. (4,-1) E. (4,0) 10. If the Tigers cage is the midpoint between the Hyenas' cage and the Royals' cage, what are the coordinates of the Royals' cage? C. (4,-1) A. B. (-5,12) E. (3,6) D. (5,-8)

Question 1 of 16 V The figure below has a point marked with a large dot. First, translate the figure 6 units to the right and 8 units up. Then, give the coordinates of the marked point in the original figure and the final figure. X

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Question 1 of 16 V The figure below has a point marked with a large dot. First, translate the figure 6 units to the right and 8 units up. Then, give the coordinates of the marked point in the original figure and the final figure. X