thermostat, which will turn the heat on when the room temperature drops h degrees below its set point, Ts, and cuts heat off at a temperature h degrees higher than Ts . The system heats at a constant rate Q (thermal units per time unit), and the volume of the room is V, so, if the room were perfectly insulated, the heating system would raise the temperature of the room at the rate KVQ (degrees per time unit), where K is a constant of proportionality giving the change in temperature per thermal unit per unit volume. However, there is a heat loss to the outside that is proportional to the difference in temperature between the room and the outside. Using the modified Euler method, write a FORTRAN program to simulate this system, if the room temperature at time is T(t), T(0) = To, and the outside %3D temperature, Tout' is given by: Case (1) : Tout is constant < Ts Case (2) : Tout = A sin(wt + p)| , reflecting daily cycles. A is temperature range, 2n/w is the period of a cycle, and p is the time lag (or lead).

thermostat, which will turn the heat on when the room temperature drops h degrees below its set point, Ts, and cuts heat off at a temperature h degrees higher than Ts . The system heats at a constant rate Q (thermal units per time unit), and the volume of the room is V, so, if the room were perfectly insulated, the heating system would raise the temperature of the room at the rate KVQ (degrees per time unit), where K is a constant of proportionality giving the change in temperature per thermal unit per unit volume. However, there is a heat loss to the outside that is proportional to the difference in temperature between the room and the outside. Using the modified Euler method, write a FORTRAN program to simulate this system, if the room temperature at time is T(t), T(0) = To, and the outside %3D temperature, Tout' is given by: Case (1) : Tout is constant < Ts Case (2) : Tout = A sin(wt + p)| , reflecting daily cycles. A is temperature range, 2n/w is the period of a cycle, and p is the time lag (or lead).

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...

See similar textbooks

Related questions

Q: QI/ The ideal gas equation of state is given by: PV=nRT Where: P is the pressure (atm), V is the…

A: In questions with many inbuilt questions, we must answer the first one.

Q: Let L be a line in the xy plane. If L is a vertical line, its equation is x=afor some real number a.…

A: Since the programming language is not mentioned in the question, we will answer this question in the…

Q: lamp can be coordinated to enlighten either a few lights to the left or a few lamps to the right. In…

A: Here have to determine about the coordinated to enlighten programming problem statement.

Q: A dynamometer voltmeter draws a current of 1 mA for full scale value of .1 * 100V. If it draws a…

A: solution of above question is given below

Q: As the walls of the well were not completely vertical, the cat could climb up the well. In one day,…

A: Required: Amitabh had a magical cat. That cat once fell down an empty well. As the walls of the…

Q: As the walls of the well were not completely vertical, the cat could climb up the well. In one day,…

A: Required: Amitabh had a magical cat. That cat once fell down an empty well. As the walls of the…