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a. What physical quantities might affect the period? (you found one in 2.3) the mass attached to the shina (m) and tme shftyass ot mu sprines (k Now that we know what variables our result should depend on, lets carry on b. What is the total distance, in terms of the amplitude A, traveled by the mass during one complete cycle? Assume that the average speed vave of the mass during 1 complete cycle is half the masss maximum speed vmax. Write an expression for the period T of the mass in terms of A and vmax c. Now use the fact that the maximum elastic energy stored in the spring equals the maximum kinetic energy of the mass to rewrite the expression for T in terms of the mass of the mass m, and the spring constant k. d. nlculus gives us a different expression for
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