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PROBLEM: Create a void function that prompts the user to input values for the following: • DC voltage source supply in volts; • two resistor values in ohms; and • the connection of the two resistors (whether parallel or series). The program will output the following: • total resistance depending on the selected connection in ohms; • total current in the circuit in amperes; • voltage across each resistor in volts; and • current through each resistor in amperes.

PROBLEM: Create a void function that prompts the user to input values for the following: • DC voltage source supply in volts; • two resistor values in ohms; and • the connection of the two resistors (whether parallel or series). The program will output the following: • total resistance depending on the selected connection in ohms; • total current in the circuit in amperes; • voltage across each resistor in volts; and • current through each resistor in amperes.

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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PROBLEM: Create a void function that prompts the user to input values for the following: • DC voltage source supply in volts; • two resistor values in ohms; and • the connection of the two resistors (whether parallel or series). The program will output the following: • total resistance depending on the selected connection in ohms; • total current in the circuit in amperes; • voltage across each resistor in volts; and • current through each resistor in amperes. SPECIFICATIONS: - You may only use the codes that we studied under our lectures - All lines of codes should have a comment. - Save your cpp file as Surname_FE (Example: Pangaliman_FE.cpp) TEST CASES: User inputs valid values User inputs character in parameter list Input: DC voltage source: 10 V DC voltage source: 10 R1: 100 R2: 200 R1: 100 ohms R2: 200 ohms Connection (1= series or 2 = parallel): 1 Output: Total resistance: 300 ohms Connection (1= series or 2 = parallel): 1 Invalid input! Total current: 0.0333 amperes V_R1: 3.33 volts V_R2: 6.67 volts LR1: 0.0333 amperes IR2: 0.0333 amperes User inputs a 0 resistance for User inputs a 0 resistance for parallel series DC voltage source: 5 DC voltage source: 10 R1:0 R1:0 R2: 10 R2: 100 Connection (1= series or 2 = parallel): 1 Connection (1= series or 2 parallel): 2 Invalid resistor value! Input: Output: Total resistance: 10 ohms Total current: 0.5 amperes V_R2: 5 volts I_R2: 0.5 amperes User inputs a negative resistance DC voltage source: 10 R1: 100 R2: -200 Connection (1= series or 2 = parallel): 2 Invalid resistor value!
Transcribed Image Text:PROBLEM: Create a void function that prompts the user to input values for the following: • DC voltage source supply in volts; • two resistor values in ohms; and • the connection of the two resistors (whether parallel or series). The program will output the following: • total resistance depending on the selected connection in ohms; • total current in the circuit in amperes; • voltage across each resistor in volts; and • current through each resistor in amperes. SPECIFICATIONS: - You may only use the codes that we studied under our lectures - All lines of codes should have a comment. - Save your cpp file as Surname_FE (Example: Pangaliman_FE.cpp) TEST CASES: User inputs valid values User inputs character in parameter list Input: DC voltage source: 10 V DC voltage source: 10 R1: 100 R2: 200 R1: 100 ohms R2: 200 ohms Connection (1= series or 2 = parallel): 1 Output: Total resistance: 300 ohms Connection (1= series or 2 = parallel): 1 Invalid input! Total current: 0.0333 amperes V_R1: 3.33 volts V_R2: 6.67 volts LR1: 0.0333 amperes IR2: 0.0333 amperes User inputs a 0 resistance for User inputs a 0 resistance for parallel series DC voltage source: 5 DC voltage source: 10 R1:0 R1:0 R2: 10 R2: 100 Connection (1= series or 2 = parallel): 1 Connection (1= series or 2 parallel): 2 Invalid resistor value! Input: Output: Total resistance: 10 ohms Total current: 0.5 amperes V_R2: 5 volts I_R2: 0.5 amperes User inputs a negative resistance DC voltage source: 10 R1: 100 R2: -200 Connection (1= series or 2 = parallel): 2 Invalid resistor value!
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