When the coefficient of linear expansion,α,and the temperature change,T_f − T_i,are large,a length L_i of a solid substance expands in length to A)L_f = αL_i(T_f - T_i). B)L_f = L_i[1 + α(T_f - T_i)]. C)L_f = L_i[1 + ln(α(T_f - T_i))]. D) . E) .

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The Answer of When the coefficient of linear expansion,α,and the temperature change,T_f − T_i,are large,a length L_i of a solid substance expands in length to A)L_f = αL_i(T_f - T_i). B)L_f = L_i[1 + α(T_f - T_i)]. C)L_f = L_i[1 + ln(α(T_f - T_i))]. D) . E) .

When the Coefficient of Linear Expansion,α,and the Temperature Change,Tf −

When the Coefficient of Linear Expansion,α,and the Temperature Change,T_f −