Calculating Average Grade in Python Program

How does the Python program calculate the average grade and display the input grades?

The Python program takes a student's lesson grades from the user and calculates the average grade. If the average score is an A, it will print a message displaying the input grades.

Answer:

The Python program starts by taking input from the user for the grades of the student's lessons. It then calculates the average grade by summing up all the grades and dividing by the total number of lessons. After obtaining the average, it checks if the student scored an A (e.g., 90 or above). If the average grade is an A, the program prints a message displaying the input grades provided by the user. If the average is below an A, the program will not display the input grades.

Calculating Average Grade in Python Program

When you run a Python program to calculate the average grade of a student, it takes input from the user for the grades of the student's lessons. This input is typically given as numerical values representing the scores obtained by the student in each lesson.

The program then performs a simple calculation to find the average grade. It adds up all the individual grades obtained in the lessons and divides this sum by the total number of lessons. This calculation gives you the average grade of the student across all lessons.

After calculating the average grade, the program checks whether this average falls in the range of scoring an A grade. In many educational systems, an A grade is typically set at 90 or above. If the average grade is equal to or greater than the threshold for an A grade, the program displays a message containing the input grades provided by the user.

However, if the calculated average grade is below the A grade threshold, the program will not display the input grades and may provide a different message or perform another action based on the specific requirements of the program.

← Troubleshooting and fixing microsoft app installer issues Determining instruction cycle length and interrupt acknowledgement delay →