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) .

Question

Quizplus · Accepted Answer

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