Choose the best answer. -5gt? + vot + s0 for the displacement of an object in vertical motion with Referring to the solution s (t) no drag and constant gravity, assume so = 0 in considering the following statements. O Changing the time units is equivalent to a horizontal scaling of the graph of s (t) versus t. O Changing the length units is equivalent to a vertical scaling of the graph of s (t). O If you double vo, the object goes 4 times as high, but takes twice as long to get there. O If you double g, the object goes half as high in half the time. O All of the above

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Choose the best answer.
Referring to the solution s (t) = -gt? + vot + so for the displacement of an object in vertical motion with
no drag and constant gravity, assume so
O in considering the following statements.
Changing the time units is equivalent to a horizontal scaling of the graph of s (t) versus t.
Changing the length units is equivalent to a vertical scaling of the graph of s (t).
If you double vo , the object goes 4 times as high, but takes twice as long to get there.
If
you double
9,
the object goes half as high in half the time.
All of the above
Transcribed Image Text:Choose the best answer. Referring to the solution s (t) = -gt? + vot + so for the displacement of an object in vertical motion with no drag and constant gravity, assume so O in considering the following statements. Changing the time units is equivalent to a horizontal scaling of the graph of s (t) versus t. Changing the length units is equivalent to a vertical scaling of the graph of s (t). If you double vo , the object goes 4 times as high, but takes twice as long to get there. If you double 9, the object goes half as high in half the time. All of the above
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