I was driving to a birthday party at my friend's house when I had the realization: I forgot the birthday gift. My velocity at i seconds after the realization is measured in meters per second and given by the function v(t) = 20 – 21, where traveling towards my friend's house is the positive direction. Label Equation/Value Displacement on [0.10] 100 Displacement on [10,20] -100 Use the graph below of v(1), with the area between v(1) and the x-axis shaded appropriately, to fill in the following table. Once your table it correct, answer the question below. Friends Houne | (0, 20) (10, 0) 50 My house -50 -100 (60, -100) Label Answer Got it? Displacement on [10.0] Keep trying! Distance travelled on [10.00] Keep trying! Displacement on [0.60] Keep trying! Distance travelled on [0.60] Keep trying! Suppose that after 10 seconds, I was 3 kilometers from my house (this is not the same context we used before). Based on the displacement found above, how far from my house would I be in meters after 60 seconds? (Enter only a number.)

I was driving to a birthday party at my friend's house when I had the realization: I forgot the birthday gift. My velocity at i seconds after the realization is measured in meters per second and given by the function v(t) = 20 – 21, where traveling towards my friend's house is the positive direction. Label Equation/Value Displacement on [0.10] 100 Displacement on [10,20] -100 Use the graph below of v(1), with the area between v(1) and the x-axis shaded appropriately, to fill in the following table. Once your table it correct, answer the question below. Friends Houne | (0, 20) (10, 0) 50 My house -50 -100 (60, -100) Label Answer Got it? Displacement on [10.0] Keep trying! Distance travelled on [10.00] Keep trying! Displacement on [0.60] Keep trying! Distance travelled on [0.60] Keep trying! Suppose that after 10 seconds, I was 3 kilometers from my house (this is not the same context we used before). Based on the displacement found above, how far from my house would I be in meters after 60 seconds? (Enter only a number.)

Glencoe Physics: Principles and Problems, Student Edition

1st Edition

ISBN:9780078807213

Author:Paul W. Zitzewitz

Publisher:Paul W. Zitzewitz

Chapter2: Representing Motion

Section: Chapter Questions

Problem 69A

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