A MATLAB unction is included in this file:energyBalance.m Answer the following questions about that function. 1. How many inputs does the function require? 2. How many outputs does the function produce? 3. What is the name of the function?
A MATLAB unction is included in this file:energyBalance.m Answer the following questions about that function. 1. How many inputs does the function require? 2. How many outputs does the function produce? 3. What is the name of the function?
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This is energyBalance.m in the first image in the second image are the questions according from image 1
Transcribed Image Text:**Analyzing a MATLAB Function**
A MATLAB function is included in this file: `energyBalance.m`.
**Answer the following questions about that function:**
1. **How many inputs does the function require?**
- (Provide your answer here)
2. **How many outputs does the function produce?**
- (Provide your answer here)
3. **What is the name of the function?**
- (Provide your answer here)
![### MATLAB Function for Energy Balance
The function below calculates the change in kinetic energy (`deltaKineticEnergy`) based on work done, change in elevation (`deltaElevation`), and mass.
```matlab
function [deltaKineticEnergy] = energyBalance(work, deltaElevation, mass)
gravity = 9.81; % Acceleration due to gravity (m/s^2)
% Calculation of change in potential energy
deltaPotentialEnergy = mass * gravity * deltaElevation;
% Calculation of change in kinetic energy
deltaKineticEnergy = -work - deltaPotentialEnergy;
end
```
#### Explanation
- **Gravity Constant**: The constant `gravity` is set to 9.81 m/s², representing Earth's gravitational acceleration.
- **Potential Energy Calculation**:
- `deltaPotentialEnergy` is computed as the product of `mass`, `gravity`, and `deltaElevation`.
- **Kinetic Energy Calculation**:
- `deltaKineticEnergy` is determined by subtracting both the `work` and `deltaPotentialEnergy` from zero. This represents the work-energy principle, where the work done is equal to the change in kinetic and potential energy.
This function is useful for physics and engineering calculations related to energy conservation and work-energy problems.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fb154ad0c-f4e5-4ce4-87fb-d6ed02342746%2Fe50e6099-7ff1-4867-91c3-31b666c2086a%2Fo9wfa4r_processed.jpeg&w=3840&q=75)
Transcribed Image Text:### MATLAB Function for Energy Balance
The function below calculates the change in kinetic energy (`deltaKineticEnergy`) based on work done, change in elevation (`deltaElevation`), and mass.
```matlab
function [deltaKineticEnergy] = energyBalance(work, deltaElevation, mass)
gravity = 9.81; % Acceleration due to gravity (m/s^2)
% Calculation of change in potential energy
deltaPotentialEnergy = mass * gravity * deltaElevation;
% Calculation of change in kinetic energy
deltaKineticEnergy = -work - deltaPotentialEnergy;
end
```
#### Explanation
- **Gravity Constant**: The constant `gravity` is set to 9.81 m/s², representing Earth's gravitational acceleration.
- **Potential Energy Calculation**:
- `deltaPotentialEnergy` is computed as the product of `mass`, `gravity`, and `deltaElevation`.
- **Kinetic Energy Calculation**:
- `deltaKineticEnergy` is determined by subtracting both the `work` and `deltaPotentialEnergy` from zero. This represents the work-energy principle, where the work done is equal to the change in kinetic and potential energy.
This function is useful for physics and engineering calculations related to energy conservation and work-energy problems.
Expert Solution
Step 1
Number of inputs and outputs and name of the function in given matlab code
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