2.17 only ... 2.18 Repeat the previous Problem, but this time, consider the ball to be onthe ground. In parts (a) and (b), what do you notice about the value of v whenof earth's. What are the differences in the graphs of y vs. t and v vs t when|Make the vertical axis of each plot begin at timet = 0 and end when the ball hitsthe moon, where the acceleration due to gravity is approximately one-sixth that2.19 Prove that the ratio of a circle's area to its circumference isthat, if a car, beginning at rest, moves with aCHAPTER 2. SOLVING PHYSICS PROBLEMS922,10... 2.16 Repeat Problem 2.8, but this time suppose your car is traveling at 5.1miles per hour. Then, repeat the problem again with your car traveling at 651hour. Does the acceleration increase by the same amount between each rela...milescollof the three answers? To investigate this behavior, create a plot of a vs. vo for elabetween 30.0 miles per hour and 90.0 miles per hour. Is this function linear?perthe... 2.17 Consider a ball falling under the influence of gravity's constant accelerationof a = -g = -9.8 m/s². Create a plot of its vertical position y (with y = 0corresponding to ground level) vs. t and a plot of v vs. t if the ball begins at aheight of 10.0 m above the ground with an initial velocity of...kir(T(a) 0.an(b) +10.0 m/s.ke(c) -10.0 m/s.VEthe ball reaches its peak?P-compared with those of the previous Problem2Section 2.7alwayshalfof its radius.n always no

Name: 2.17 only ... 2.18 Repeat the previous Problem, but this time, conside
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Description: 2.17 only ... 2.18 Repeat the previous Problem, but this time, consider the ball to be onthe ground. In parts (a) and (b), what do you notice about the value of v whenof earth's. What are the differences in the graphs of y vs. t and v vs t when|Make

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the ground. In parts (a) and (b), what do you notice about the value of v when Make the vertical axis of each plot begin at time t = 0 and end when the ball hits 2.17 Consider a ball falling under the influence of gravity's constant acceleration of a = -g = -9.8 m/s². Create a plot of its vertical position y (with y = 0 corresponding to ground level) vs. t and a plot of v vs. t if the ball begins at a height of 10.0 m above the ground with an initial velocity of... ... %3D (а) 0. (b) +10.0 m/s. (c) -10.0 m/s. Meko the vertical axis of each plot begin at time t = 0 and end wvben the ball hits the ball reaches its peak?