Explain what must be true for the Mean Value Theorem to apply as well as what...

 

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Explain what must be true for the Mean Value Theorem to apply as well as what is guaranteed. For each of the following situations justify whether or not the Mean Value Theorem applies. If possible find the value(s) guaranteed by the Mean Value Theorem. 1. ye on [-1,3] 2. ysinx on [0,] 3. y=|x| on [-1,2] 4. y=on [1,3] 5. y = x-8x on [-1,10] x2 y = on [3,6] 6. y = x-1 x2 7. = on [-3,3] 8. y = x-9 on [-3,6] 9. y = 16-x2 10. y = x2-x on [0,2] Explain what must be true for the Mean Value Theorem to apply as well as what is guaranteed. For each of the following situations justify whether or not the Mean Value Theorem applies. If possible find the value(s) guaranteed by the Mean Value Theorem. 1. ye on [-1,3] 2. ysinx on [0,] 3. y=|x| on [-1,2] 4. y=on [1,3] 5. y = x-8x on [-1,10] x2 y = on [3,6] 6. y = x-1 x2 7. = on [-3,3] 8. y = x-9 on [-3,6] 9. y = 16-x2 10. y = x2-x on [0,2]