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7. Consider the air-conditioning requirements for a large home. The interior of the house is warmed by waste heat from lighting and electrical appliances, by heat leaking in from the outdoors, and by heat generated by the people in the home. An air-conditioner must be able to remove all this thermal energy in order to keep the inside temperature form rising. Suppose that each lightbulb generates 100 J/s and appliances emit 500 J/s each. Suppose also that heat leaks in from the outside at a rate of 3000 J/s. 1. Write a MATLAB code using the above measurements to determine the total amount of heat generated in J/s based of a large house with 20 lightbulbs and 4 appliances with heat leaking in from the outside. 2. One particular air conditioning unit can cool down a house with heat values generated at 2000 J/s or less. Write a MATLAB code to determine how many of these air conditioning units are needed to keep the home at a constant temperature using the same information as part a. (Hint: Your code should require the answer to be a whole number) Include your answers in comments using %.

7. Consider the air-conditioning requirements for a large home. The interior of the house is warmed by waste heat from lighting and electrical appliances, by heat leaking in from the outdoors, and by heat generated by the people in the home. An air-conditioner must be able to remove all this thermal energy in order to keep the inside temperature form rising. Suppose that each lightbulb generates 100 J/s and appliances emit 500 J/s each. Suppose also that heat leaks in from the outside at a rate of 3000 J/s. 1. Write a MATLAB code using the above measurements to determine the total amount of heat generated in J/s based of a large house with 20 lightbulbs and 4 appliances with heat leaking in from the outside. 2. One particular air conditioning unit can cool down a house with heat values generated at 2000 J/s or less. Write a MATLAB code to determine how many of these air conditioning units are needed to keep the home at a constant temperature using the same information as part a. (Hint: Your code should require the answer to be a whole number) Include your answers in comments using %.

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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7. Consider the air-conditioning requirements for a large home. The interior of the house is warmed by waste heat from lighting and electrical appliances, by heat leaking in from the outdoors, and by heat generated by the people in the home. An air-conditioner must be able to remove all this thermal energy in order to keep the inside temperature form rising. Suppose that each lightbulb generates 100 J/s and appliances emit 500 J/s each. Suppose also that heat leaks in from the outside at a rate of 3000 J/s. 1. Write a MATLAB code using the above measurements to determine the total amount of heat generated in J/s based of a large house with 20 lightbulbs and 4 appliances with heat leaking in from the outside. 2. One particular air conditioning unit can cool down a house with heat values generated at 2000 J/s or less. Write a MATLAB code to determine how many of these air conditioning units are needed to keep the home at a constant temperature using the same information as part a. (Hint: Your code should require the answer to be a whole number) Include your answers in comments using %.
Transcribed Image Text:7. Consider the air-conditioning requirements for a large home. The interior of the house is warmed by waste heat from lighting and electrical appliances, by heat leaking in from the outdoors, and by heat generated by the people in the home. An air-conditioner must be able to remove all this thermal energy in order to keep the inside temperature form rising. Suppose that each lightbulb generates 100 J/s and appliances emit 500 J/s each. Suppose also that heat leaks in from the outside at a rate of 3000 J/s. 1. Write a MATLAB code using the above measurements to determine the total amount of heat generated in J/s based of a large house with 20 lightbulbs and 4 appliances with heat leaking in from the outside. 2. One particular air conditioning unit can cool down a house with heat values generated at 2000 J/s or less. Write a MATLAB code to determine how many of these air conditioning units are needed to keep the home at a constant temperature using the same information as part a. (Hint: Your code should require the answer to be a whole number) Include your answers in comments using %.
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