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(Solved): Car A is accelerating in the direction of its motion at the rate of 4f(t)/(sec^(2)). Car B is roundi ...



Car

A

is accelerating in the direction of its motion at the rate of

4f(t)/(sec^(2))

. Car

B

is rounding a curve of

440-ft

radius at a constant speed of

40f(t)/(s)

. Find the vectors and magnitude of (a) velocities

v_(A)

and

v_(B)

and (b) acceleration

a_(A)

and

a_(B)

like we did in our class. Determine the (c) velocity

v_((B)/(A))

(magnitude and vector form) and (d) acceleration

a_((B)/(A))

(magnitude and vector form) if car

A

has reached a speed of

64f(t)/(s)

for the positions represented. Solve for every single step!



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