Question: PLEASE MAKE WRITING AND FORMAT CLEAR ff(x) = x -3*+5 Does the MVT apply to (*-1) on the interval [-1, 2]?For f(x) = x2 +

 PLEASE MAKE WRITING AND FORMAT CLEAR \ff(x) = x -3*+5 Doesthe MVT apply to (*-1) on the interval [-1, 2]?For f(x) =x2 + 3x + 1, find all the values of c onthe interval [0, 2] that satisfy the Mean Value Theorem.Jon received hismath grade for algebra. His class average over 10 tests is 89.Can you use the MVT to show that Jon must have receivedan 89 on one of the 10 tests?Describe the difference between theMVT and Rolle's Theorem.Let f(x) = x2+ 2x. Use Rolle's Theorem to

PLEASE MAKE WRITING AND FORMAT CLEAR

find all the values c in the interval [-3, 1] such thatf '(c) = 0.Given a cube with sides x inches, let x(t)= t + 2. What is the instantaneous rate of change ofthe volume, with respect to time, of the cube at t =1 second? X X XDescribe the difference between the instantaneous rate ofchange of f(x) at x = a, and the average rate ofchange of f(x) between [a, b].Assume a cube with all sides equalto x. Let the change in x with respect to t; x(t)= 2t + 1. What is the formula for the rate ofchange of the volume of the cube? X X XAssume a spring

\ff(x) = x -3*+5 Does the MVT apply to (*-1) on the interval [-1, 2]?For f(x) = x2 + 3x + 1, find all the values of c on the interval [0, 2] that satisfy the Mean Value Theorem.Jon received his math grade for algebra. His class average over 10 tests is 89. Can you use the MVT to show that Jon must have received an 89 on one of the 10 tests?Describe the difference between the MVT and Rolle's Theorem.Let f(x) = x2+ 2x. Use Rolle's Theorem to find all the values c in the interval [-3, 1] such that f '(c) = 0.Given a cube with sides x inches, let x(t) = t + 2. What is the instantaneous rate of change of the volume, with respect to time, of the cube at t = 1 second? X X XDescribe the difference between the instantaneous rate of change of f(x) at x = a, and the average rate of change of f(x) between [a, b].Assume a cube with all sides equal to x. Let the change in x with respect to t; x(t) = 2t + 1. What is the formula for the rate of change of the volume of the cube? X X XAssume a spring is oscillating and the length of the spring can be described as L (t ) = = sin (tz ) . What is the formula for the instantaneous rate of change of L(t)

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