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29. A calorie is a unit of energy. The 15°C calorie is defined as 4.1855 Joules. The following script defines a couple of random calorie values, calls a function to calculate the equivalent number of Joules, and prints this. Write the function and store it in a separate code file. call = randi ( [10 2e3]); injl = cal2J(call); %3D cal2 = rand*100; inj2 = cal2J(cal2); fprintf('%d calories is %.2fJ\n',cal1, inj1) fprintf ('%.1f calories is %.2fJ\n', cal2, inj2)

29. A calorie is a unit of energy. The 15°C calorie is defined as 4.1855 Joules. The following script defines a couple of random calorie values, calls a function to calculate the equivalent number of Joules, and prints this. Write the function and store it in a separate code file. call = randi ( [10 2e3]); injl = cal2J(call); %3D cal2 = rand*100; inj2 = cal2J(cal2); fprintf('%d calories is %.2fJ\n',cal1, inj1) fprintf ('%.1f calories is %.2fJ\n', cal2, inj2)

Computer Networking: A Top-Down Approach (7th Edition)
Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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36. Modify Problem 29 to use a local function. 29. A calorie is a unit of energy. The 15°C calorie is defined as 4.1855 Joules. The following script defines a couple of random calorie values, calls a function to calculate the equivalent number of Joules, and prints this. Write the function and store it in a separate code file. call = randi ( [10 2e3]); injl = cal2J(call); cal2 = rand*100; inj2 = cal2J(cal2); fprintf ('%d calories is %.2fJ\n',cal1, inj1) fprintf('%.1f calories is %.2fJ\n', cal2,inj2)
Transcribed Image Text:36. Modify Problem 29 to use a local function. 29. A calorie is a unit of energy. The 15°C calorie is defined as 4.1855 Joules. The following script defines a couple of random calorie values, calls a function to calculate the equivalent number of Joules, and prints this. Write the function and store it in a separate code file. call = randi ( [10 2e3]); injl = cal2J(call); cal2 = rand*100; inj2 = cal2J(cal2); fprintf ('%d calories is %.2fJ\n',cal1, inj1) fprintf('%.1f calories is %.2fJ\n', cal2,inj2)
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