The expansion of a steel bridge as it is heated to a finalCelsius temperature, T

Question

The expansion of a steel bridge as it is heated to a finalCelsius temperature, Tf, from an initial Celsius temperature, T0,can be approximated using the formula, increase in length = a*L*(Tf-T0) where a is the coefficient of expansion(which for steel is11.7 e-6) and L is the length of the bridge at temperature T0.Using this formula, write a C++ program that displays a table ofexpension length for a steel bridge that is 7365 meters long at 0degrees Celsius, as the temperature increases to 40 degrees in 5degree increments. The expansion of a steel bridge as it is heated to a finalCelsius temperature, Tf, from an initial Celsius temperature, T0,can be approximated using the formula, increase in length = a*L*(Tf-T0) where a is the coefficient of expansion(which for steel is11.7 e-6) and L is the length of the bridge at temperature T0.Using this formula, write a C++ program that displays a table ofexpension length for a steel bridge that is 7365 meters long at 0degrees Celsius, as the temperature increases to 40 degrees in 5degree increments.

Explanation / Answer

//Hope this will help you.. #include #include using namespace std; int main() { double t0,t1,L,a,ln; L=7365; t0=0; a= 11.7e-6; cout

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