D. MEAN-VALUE THEOREM & ROLLE'S THEOREM Determine if Rolle's Theorem and the Mean Value Theorem is applicable on the specified interval. If so, find a suitable value for c in that interval that satisfies the conclusion of the theorem. f(x) = {³7** x < 1 x 21 on [0,1]

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Chapter1: Functions And Models
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Problem 1RCC: (a) What is a function? What are its domain and range? (b) What is the graph of a function? (c) How...
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D. MEAN-VALUE THEOREM & ROLLE'S THEOREM
Determine if Rolle's Theorem and the Mean Value Theorem is applicable on the specified
interval. If so, find a suitable value for c in that interval that satisfies the conclusion of the theorem.
D. OPTIMIZATION
f(x) =
{3=x²
x < 1
x 21
on [0,1]
1. A rectangle is to be inscribed in a right triangle having sides of length 6 in, 8
in, and 10 in. Find the dimensions of the rectangle with greatest area assuming the
rectangle is positioned as the image on the right.
S
10 in
2. A closed rectangular canister with a square base is to have a volume of 1500 cm³. It costs
twice as much per square centimeter for the top and bottom as it does for the sides. Find the
dimensions of the container of least cost.
Transcribed Image Text:D. MEAN-VALUE THEOREM & ROLLE'S THEOREM Determine if Rolle's Theorem and the Mean Value Theorem is applicable on the specified interval. If so, find a suitable value for c in that interval that satisfies the conclusion of the theorem. D. OPTIMIZATION f(x) = {3=x² x < 1 x 21 on [0,1] 1. A rectangle is to be inscribed in a right triangle having sides of length 6 in, 8 in, and 10 in. Find the dimensions of the rectangle with greatest area assuming the rectangle is positioned as the image on the right. S 10 in 2. A closed rectangular canister with a square base is to have a volume of 1500 cm³. It costs twice as much per square centimeter for the top and bottom as it does for the sides. Find the dimensions of the container of least cost.
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