Materials expand when heated. Consider a metal rod of length Lo at temperature To. If the temperature is changed by an amount t:,. T, then therod's length approximately changes by t:;.L = aLot:;.T, where a is the thermal expansion coefficient and t:,. T is not an extreme temperature change. For steel, a = 1.24 X 10- 5 0 c- 1.(a) A steel rod has length Lo = 40 cm at To = 40°C. Find its length at T = 90°C.(b) Find its length at T = 50°C if its length at To= 100°C is 65 cm.( c) Express length L as a function of T if Lo = 65 cm at To = 100°C.
Materials expand when heated. Consider a metal rod of length Lo at temperature To. If the temperature is changed by an amount t:,. T, then therod's length approximately changes by t:;.L = aLot:;.T, where a is the thermal expansion coefficient and t:,. T is not an extreme temperature change. For steel, a = 1.24 X 10- 5 0 c- 1.(a) A steel rod has length Lo = 40 cm at To = 40°C. Find its length at T = 90°C.(b) Find its length at T = 50°C if its length at To= 100°C is 65 cm.( c) Express length L as a function of T if Lo = 65 cm at To = 100°C.
College Algebra
7th Edition
ISBN:9781305115545
Author:James Stewart, Lothar Redlin, Saleem Watson
Publisher:James Stewart, Lothar Redlin, Saleem Watson
Chapter4: Exponential And Logarithmic Functions
Section: Chapter Questions
Problem 14CC
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Materials expand when heated. Consider a metal rod of length Lo at temperature To. If the temperature is changed by an amount t:,. T, then the
rod's length approximately changes by t:;.L = aLot:;.T, where a is the thermal expansion coefficient and t:,. T is not an extreme temperature change. For steel, a = 1.24 X 10- 5 0 c- 1.
(a) A steel rod has length Lo = 40 cm at To = 40°C. Find its length at T = 90°C.
(b) Find its length at T = 50°C if its length at To= 100°C is 65 cm.
( c) Express length L as a function of T if Lo = 65 cm at To = 100°C.
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