Create A Python Program To Solve A Simple Pay Calcula 270103

Create a Python program to solve a simple pay calculation. Calculate the amount of pay, given employee name, hours worked, and hourly rate. (The formula to calculate payroll is pay = hourly rate * hours worked.) Display employee name, hourly rate, hours worked, and pay. (Do not add any rules such as overtime) Problem 2: Create a Python program to calculate the average miles per gallon obtained on a trip. Input car name, the amount of gas used and the number of miles driven. (The formula to calculate miles per gallon is miles per gallon = number of miles driven / amount of gas used. ) Display car name, gas used, miles driven and MPG.

Create a Python script that accomplishes two main tasks related to basic calculations and data display. The program should begin with a comment block at the very top of the code, providing the following information: your name (Jerimiah Ginn), the course code (ENTD200 D005), the semester and year (Fall 2020), the instructor’s name (Dr. Novadean Watson-Williams), the week number (Week #4), and the date of completion (which you should fill in when completing the assignment).

For the first task, develop a simple payroll calculator. The program should prompt the user to input an employee’s name, hours worked, and hourly rate. Using these inputs, the program should compute the employee’s pay with the formula: pay = hourly rate * hours worked. The output should display the employee’s name, hourly rate, hours worked, and calculated pay. The calculation should be straightforward, without accounting for overtime or additional rules.

The second task involves calculating the average miles per gallon (MPG) for a trip. The program should prompt the user to input the car’s name, the amount of gas used, and the total miles driven. Using these inputs, it should calculate MPG with the formula: miles per gallon = miles driven / gas used. The program should then display the car’s name, the amount of gas used, miles driven, and the calculated MPG.

You may use either hard-coded values or the input() function to gather data for both tasks. Ensure the program runs correctly with your data, and test both functionalities to verify accuracy.

Paper For Above instruction

The following Python script provides a comprehensive solution to the two problem statements outlined in the assignment. It effectively combines user input handling, simple arithmetic calculations, and organized data display, exemplifying fundamental programming concepts in Python such as variable assignment, input handling, output formatting, and comment structuring.

Beginning with a detailed comment block, the script adheres to best practices for documenting code, making it clear who authored the script, the course context, and specific details about the assignment. This block fosters good coding habits, especially for academic or collaborative projects, by providing essential metadata at the top of the file.

The first part of the script prompts the user to enter employee-specific information: name, hours worked, and hourly rate. These inputs are converted into appropriate data types—string for name, float for hours and rate—to facilitate calculations. The pay is then computed straightforwardly using the formula provided. The output is neatly formatted to display all relevant details, ensuring clarity and usefulness of the information presented.

The second component follows a similar pattern: it gathers the car’s name, the amount of gas used, and miles driven from the user. Data conversion into floating-point numbers allows precise calculations, especially important when dealing with fractional values. The miles-per-gallon calculation is performed using the provided formula, and the results are displayed comprehensively.

This script demonstrates effective data collection, processing, and display, making it an ideal example for beginners learning Python. Its structure can be easily expanded or modified for more complex calculations or additional features, such as input validation or handling multiple entries.

Below is the complete Python code implementation:

Jerimiah Ginn ENTD200 D005 Fall 2020 Dr. Novadean Watson-Williams Week #4 Date completed: [Insert date]


Payroll and MPG Calculation Program


Task 1: Pay Calculation


employee_name = input("Enter employee name: ")


hours_worked = float(input("Enter hours worked: "))


hourly_rate = float(input("Enter hourly rate: "))


Calculate pay


pay = hourly_rate * hours_worked


Display payroll information


print("\nPayroll Details:")


print(f"Employee Name: {employee_name}")


print(f"Hourly Rate: ${hourly_rate:.2f}")


print(f"Hours Worked: {hours_worked}")


print(f"Pay: ${pay:.2f}")


Task 2: Miles Per Gallon Calculation


car_name = input("\nEnter car name: ")


gas_used = float(input("Enter amount of gas used (gallons): "))


miles_driven = float(input("Enter miles driven: "))


Calculate MPG


mpg = miles_driven / gas_used


Display MPG information


print("\nTrip MPG Details:")


print(f"Car Name: {car_name}")


print(f"Gas Used: {gas_used} gallons")


print(f"Miles Driven: {miles_driven}")


print(f"Miles Per Gallon: {mpg:.2f} MPG")

References

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  • Lutz, M. (2013). Learning Python. O'Reilly Media.
  • Python Software Foundation. (2023). Python Language Reference, version 3.11. Available at https://docs.python.org/3/reference/
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  • Beazley, D. (2017). Python Cookbook. O'Reilly Media.
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