3. Suppose you are traveling at 50mph. (a) How far do you travel in 1/2 hour? (b) If v(t) represents your velocity at time t, then v(t) = 50 (the function is constant). Sketch v(t) on the interval [0, 1]. (c) What is the area under the curve of v(t) on the interval [0,]?

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3. Suppose you are traveling at 50mph.
(a) How far do you travel in 1/2 hour?
(b) If v(t) represents your velocity at time t, then v(t) = 50 (the function is constant). Sketch v(t) on the interval
[0, 1].
(c) What is the area under the curve of v(t) on the interval [0, ]?
(d) How far do you travel after t hours? Write down a function d(t) which represents the distance traveled after
t hours. Sketch d(t) on the interval [0,1]. What is d() - d(0)?
(e) How do the functions v(t) and d(t) relate? (Hint: derivatives)
(f) In your sketch of d(t), what is the slope of the tangent line at t = }? Does it equal d'()? Does it equal v()?
Transcribed Image Text:3. Suppose you are traveling at 50mph. (a) How far do you travel in 1/2 hour? (b) If v(t) represents your velocity at time t, then v(t) = 50 (the function is constant). Sketch v(t) on the interval [0, 1]. (c) What is the area under the curve of v(t) on the interval [0, ]? (d) How far do you travel after t hours? Write down a function d(t) which represents the distance traveled after t hours. Sketch d(t) on the interval [0,1]. What is d() - d(0)? (e) How do the functions v(t) and d(t) relate? (Hint: derivatives) (f) In your sketch of d(t), what is the slope of the tangent line at t = }? Does it equal d'()? Does it equal v()?
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