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Find the velocity vector at a particular point, vector projection of acceleration and the length of the curve between two points.
Suppose a particle is moving along a three dimentional path and that its coordinates after t seconds are given by the parametric equations:
X = et y = 2√2et/2 z = t
a) At t = 1, the particle is located at (e,2√2e,1). Find the velocity vector at this point.
b) Find the vector projection of the acceleration vector in the direction of the velocity vector at t = 1
c) Find the length of the curve between t = 0 and t = 1.
Evaluate the length and width of the given rectangle using the area and the relation of length and width.
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Application of differentiation and integration on real world problem - Show the cost of running the car air conditioner vs. just rolling down the windows. Irecommend you investigate the google searches on Air conditions fuel efficiency car and Ai..
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