College Smith/Steve Says:
How far a gymnist goes with her career(C) is directly related to the size of her breasts (B) such that C=yB. Now let's assume a particle is traveling along the line C=cB such that it's velocity at any given point is given by d/dx(cB). Let us also assume that the function y=sin(x)+(1.3 x 10^11) is the rate at which the stock market fluctuates and M=10,000C is the rate of income(M) in relation to the Career(C). Determine the difference in income from the greatest value of the stock market to the least value of the stock market. Does this surprise you? Now determine the rate of change in income when the stock market is at it's peaks and at it's at it's highest rate of change. Does this surprise you? Write a short paragraph describing your results.