i = Ae-ut2 î + Bt cos where A, B, t, and 1 are all non-zero constants. What are the units of B and u ? Briefly justify your answers. What is the norm of the velocity at t = t,? What is the average acceleration from t = 0 until t = t,? What is the acceleration at t = t,? Set-up the integral, but do not solve, to determine the displacement of the particle from а. b. с. d. е. t = 0 until t = t.

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d and e

i = Ae-ut2
î + Bt cos
where A, B, t, and 1 are all non-zero constants.
What are the units of B and u ? Briefly justify your answers.
What is the norm of the velocity at t = t,?
What is the average acceleration from t = 0 until t = t,?
What is the acceleration at t = t,?
Set-up the integral, but do not solve, to determine the displacement of the particle from
а.
b.
с.
d.
е.
t = 0 until t = ty.
Transcribed Image Text:i = Ae-ut2 î + Bt cos where A, B, t, and 1 are all non-zero constants. What are the units of B and u ? Briefly justify your answers. What is the norm of the velocity at t = t,? What is the average acceleration from t = 0 until t = t,? What is the acceleration at t = t,? Set-up the integral, but do not solve, to determine the displacement of the particle from а. b. с. d. е. t = 0 until t = ty.
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We can answer the questions by following rules of differentiation. The details are as follows.

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