Basic Program Coding

INTRODUCTION: Heat conduction from a cylindrical solid wall of a pipe can be determined by the following equation: q=2πLk (T_1-T_2)/ln(R_2/R_1 ) where: q is the computed heat conduction in Watts. k is the thermal conductivity of the pipe material in Watts/°C/m. L is the length of the pipe in cm. R1 is the inner radius of the pipe in cm. R2 is the outer radius of the pipe in cm. T1 is the internal temperature in °C. T2 is the external temperature in °C. ASSIGNMENT: Write a C program that will allow the user to enter the inner and outer radii of the pipe, the length of the pipe, and the internal and external temperatures. Once the user enters the input values, the program will compute the pipe’s heat conduction for a copper pipe with a k value of 401 Watts/°C/m. Define the k value as a symbolic. Note that the k value is in meters, however you are entering the pipe’s dimensions in centimeters. So, your program must convert centimeters to meters before computing the heat conduction value. Your program output will look like the illustration shown below. Use your PC’s cursor to determine the horizontal and vertical spacing for the output format. OUTPUT FORMAT: ******************************************** CYLINDRICAL SOLID WALL HEAT CONDUCTION Enter inner radius of pipe in cm : x Enter outer radius of pipe in cm : x Enter length of pipe in cm : x Enter internal temperature in degrees C: x Enter external temperature in degrees C: x RESULTS Inner radius of pipe = xxx.x cm Outer radius of pipe = xxx.x cm Length of pipe = xxx.x cm Internal temperature = xxx.x degrees C External temperature = xxx.x degrees C Computed heat conduction = [login to view URL] Watts ********************************************