We now have a function file called myCircuit.m that solves for the currents in the following system of equations: i₁ + 12 = 13 V₁-i₁R₁ - 13R3 = 0 V2-12R2 - 13R3 = 0 The circuit has R₁ = 1022, R₂ = 2002, and R3 = 4022. The first battery has a fixed voltage V₁ = 35V, but the second battery can be adjusted to anything between 20V and 60V. We want the current is to be 0.77A. We will find the V₂ that produces this current by starting at V₂ = 20V and incrementing V₂ by 0.01V until we get is greater than or equal to 0.77A. Write a script file called current.m that calls myCircuit.m inside a while loop in order to determine what voltage we should select for V₂. This problem assesses how you can handle vector outputs to functions.
We now have a function file called myCircuit.m that solves for the currents in the following system of equations: i₁ + 12 = 13 V₁-i₁R₁ - 13R3 = 0 V2-12R2 - 13R3 = 0 The circuit has R₁ = 1022, R₂ = 2002, and R3 = 4022. The first battery has a fixed voltage V₁ = 35V, but the second battery can be adjusted to anything between 20V and 60V. We want the current is to be 0.77A. We will find the V₂ that produces this current by starting at V₂ = 20V and incrementing V₂ by 0.01V until we get is greater than or equal to 0.77A. Write a script file called current.m that calls myCircuit.m inside a while loop in order to determine what voltage we should select for V₂. This problem assesses how you can handle vector outputs to functions.
Delmar's Standard Textbook Of Electricity
7th Edition
ISBN:9781337900348
Author:Stephen L. Herman
Publisher:Stephen L. Herman
Chapter7: Parallel Circuits
Section: Chapter Questions
Problem 3PP: Using the rules for parallel circuits and Ohmslaw, solve for the missing values....
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![We now have a function file called myCircuit.m that solves for the currents in the following system of equations:
i₁ + 12 = 13
V₁-i₁R₁ - 13R3 = 0
V2-i2R2 - 13R3 = 0
The circuit has R₁ = 1022, R₂ = 2002, and R3 = 409. The first battery has a fixed voltage V₁ = 35V, but the second battery can be adjusted to anything between
20V and 60V.
We want the current is to be 0.77A. We will find the V₂ that produces this current by starting at V₂ = 20V and incrementing V₂ by 0.01V until we get i3 greater
than or equal to 0.77A. Write a script file called current.m that calls myCircuit.m inside a while loop in order to determine what voltage we should select for V₂.
This problem assesses how you can handle vector outputs to functions.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F8a98c306-c589-4f52-9305-c3af127d02d9%2F5e796d7f-788f-41a7-8881-384cd61a63c0%2Fzvn6477_processed.png&w=3840&q=75)
Transcribed Image Text:We now have a function file called myCircuit.m that solves for the currents in the following system of equations:
i₁ + 12 = 13
V₁-i₁R₁ - 13R3 = 0
V2-i2R2 - 13R3 = 0
The circuit has R₁ = 1022, R₂ = 2002, and R3 = 409. The first battery has a fixed voltage V₁ = 35V, but the second battery can be adjusted to anything between
20V and 60V.
We want the current is to be 0.77A. We will find the V₂ that produces this current by starting at V₂ = 20V and incrementing V₂ by 0.01V until we get i3 greater
than or equal to 0.77A. Write a script file called current.m that calls myCircuit.m inside a while loop in order to determine what voltage we should select for V₂.
This problem assesses how you can handle vector outputs to functions.
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