When the coefficient of linear expansion, $\alpha$, and the temperature change, Tf - Ti, are large, a length Li of a solid substance expands in length to:
A)Lf = $\alpha$Li(Tf - Ti).
B)Lf = Li[1 + $\alpha$(Tf - Ti)].
C)Lf = Li[1 + ln($\alpha$(Tf - Ti))].
D) .
E) .

Question

When the coefficient of linear expansion, $\alpha$, and the temperature change, Tf - Ti, are large, a length Li of a solid substance expands in length to:
A)Lf = $\alpha$Li(Tf - Ti). 
B)Lf = Li[1 + $\alpha$(Tf - Ti)]. 
C)Lf = Li[1 + ln($\alpha$(Tf - Ti))]. 
D) . 
E) .

Quizplus · Accepted Answer

The Answer of When the coefficient of linear expansion, $\alpha$, and the temperature change, Tf - Ti, are large, a length Li of a solid substance expands in length to:
A)Lf = $\alpha$Li(Tf - Ti). 
B)Lf = Li[1 + $\alpha$(Tf - Ti)]. 
C)Lf = Li[1 + ln($\alpha$(Tf - Ti))]. 
D) . 
E) .

When the Coefficient of Linear Expansion α\alphaα , and the Temperature Change, Tf - Ti, Are Large

When the Coefficient of Linear Expansion $\alpha$ , and the Temperature Change, Tf - Ti, Are Large