Problem 148E: Why do you need continuity to apply the Mean Value Theorem? Construct a counterexample. Problem 149E: Why do you need differentiability to apply the Mean Value Theorem? Find a counterexample. Problem 150E: When are Rolle's theorem and the Mean Value Theorem equivalent? Problem 151E: If you have a function with a discontinuity, is it still possible to have f(c)(ba)=f(b)f(a) ? Draw... Problem 152E: For the following exercises, determine over what intervals (if any) the Mean Value Theorem applies.... Problem 153E: For the following exercises, determine over what intervals (if any) the Mean Value Theorem applies.... Problem 154E: For the following exercises, determine over what intervals (if any) the Mean Value Theorem applies.... Problem 155E: For the following exercises, determine over what intervals (if any) the Mean Value Theorem applies.... Problem 156E: For the following exercises, determine over what intervals (if any) the Mean Value Theorem applies.... Problem 157E: For the following exercises, graph the functions on a calculator and draw the secant line that... Problem 158E: For the following exercises, graph the functions on a calculator and draw the secant line that... Problem 159E: For the following exercises, graph the functions on a calculator and draw the secant line that... Problem 160E: For the following exercises, graph the functions on a calculator and draw the secant line that... Problem 161E: For the following exercises, use the Mean Value Theorem and find all points 0 < c < 2 such that... Problem 162E: For the following exercises, use the Mean Value Theorem and find all points 0 < c < 2 such that... Problem 163E: For the following exercises, use the Mean Value Theorem and find all points 0 < c < 2 such that... Problem 164E: For the following exercises, use the Mean Value Theorem and find all points 0 < c < 2 such that... Problem 165E: For the following exercises, use the Mean Value Theorem and find all points 0 < c < 2 such that... Problem 166E: For the following exercises, use the Mean Value Theorem and find all points 0 < c < 2 such that... Problem 167E: For the following exercises, show there is no c such that f(1)f(1)=f(c)(2) . Explain why the Mean... Problem 168E: For the following exercises, show there is no c such that f(1)f(1)=f(c)(2) . Explain why the Mean... Problem 169E: For the following exercises, show there is no c such that f(1)f(1)=f(c)(2) . Explain why the Mean... Problem 170E: f(x)=[x](Hint: This is called the floor function and it is defined so that f(x) is the largest... Problem 171E: For the following exercises, determine whether the Mean Value Theorem applies for the functions over... Problem 172E: For the following exercises, determine whether the Mean Value Theorem applies for the functions over... Problem 173E: For the following exercises, determine whether the Mean Value Theorem applies for the functions over... Problem 174E: For the following exercises, determine whether the Mean Value Theorem applies for the functions over... Problem 175E: For the following exercises, determine whether the Mean Value Theorem applies for the functions over... Problem 176E: For the following exercises, determine whether the Mean Value Theorem applies for the functions over... Problem 177E: For the following exercises, determine whether the Mean Value Theorem applies for the functions over... Problem 178E: For the following exercises, determine whether the Mean Value Theorem applies for the functions over... Problem 179E: For the following exercises, determine whether the Mean Value Theorem applies for the functions over... Problem 180E: For the following exercises, determine whether the Mean Value Theorem applies for the functions over... Problem 181E: For the following exercises, determine whether the Mean Value Theorem applies for the functions over... Problem 182E: For the following exercises, consider the roots of the equation. 82. Show that the equation... Problem 183E: For the following exercises, consider the roots of the equation. 183. Find the conditions for... Problem 184E: For the following exercises, consider the roots of the equation. 184. Find the conditions for y=exb... Problem 185E: For the following exercises, use a calculator to graph the function over the interval [a, b] and... Problem 186E: For the following exercises, use a calculator to graph the function over the interval [a, b] and... Problem 187E: For the following exercises, use a calculator to graph the function over the interval [a, b] and... Problem 188E: For the following exercises, use a calculator to graph the function over the interval [a, b] and... Problem 189E: For the following exercises, use a calculator to graph the function over the interval [a, b] and... Problem 190E: At 10:17 a.m., you pass a police car at 55 mph that is stopped on the freeway. You pass a second... Problem 191E: Two cars drive from one spotlight to the next, leaving at the same time and arriving at the same... Problem 192E: Show that y=sec2x and y=tan2x have the same derivative. What can you say about y=sec2xtan2x ? Problem 193E: Show that y=csc2x and y=cot2x have the same derivative. What can you say about y=csc2xcot2x ? format_list_bulleted