It is difficu Question 13 Of 17 cannot det This question: 3 arso point(s) possible MAT The law ca Verify that the given function y is a solution of the differential equation that follows it. Assume that C is an arbitrary constant. tive Perr y(t) = Ce ; y'(t) - 9y(t) = 0 ned on funct force betwee Start by substituting y(t) = Ce into the second half of the equation. (1) - 9y y'(t) + ( )= 0 ting y()= Next find the derivative of t) = Ce 9. =0 For air K = y' (t) = rivative of For metals Simplify the equation for the given function. Is the given function a solution for the differential equation? between 2 quation for th ndent of in Time Remaining: 00 or vacuum