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An object travels along a straight line. The function s(t)=5t3+12t215t10s(t) = 5t^3 + 12t^2 - 15t - 10 gives the object's position, in feet, at time tt seconds.\newlineWrite a function that gives the object's velocity v(t)v(t) in feet per second.\newlinev(t)=v(t) = ______

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Q. An object travels along a straight line. The function s(t)=5t3+12t215t10s(t) = 5t^3 + 12t^2 - 15t - 10 gives the object's position, in feet, at time tt seconds.\newlineWrite a function that gives the object's velocity v(t)v(t) in feet per second.\newlinev(t)=v(t) = ______
  1. Differentiate s(t)s(t) for v(t)v(t): To find the velocity function v(t)v(t), we need to differentiate the position function s(t)s(t) with respect to time tt.

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