The displacement of a mass is given by the function y=sin3t
The displacement of a mass is given by the function y=sin3t
a) draw a graph of the displacement y(m) against time t (s) for the time t= 0s to t=2.s?
b) identify for the position of any turning points and whether they are maxima, minima or points of inflexion?
c) calculate the turning points of the function using differential calculus and show which are maxima, minima or points of inflexion by using the second derivative?
Evaluate the following integral if D is the region bounded by xy=a, xy=b, xy^1.4=c and xy^1.4=d, where 0< a < b and 0< c < d. ∫ ∫ D x^8y^10 dA. Note: D should be at the bottom of the second integral, it is not part of the function.
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