The data below represents the performance of one player during the first six months of the year.
Use this data to populate the arrays.
Points 30 10 5 20 25 30
Month Jan Feb Mar Apr May Jun
Q.3.1 Write the pseudocode for an application that will generate a report that will show
the following information:
a. The total number of points the player scored during the first six months of
the year.
b. The average number of points the player scored per month.
c. The month during which the lowest number of points were scored by the
player.
d. The month during which the highest number of points were scored by the
player
1. Declare an array called "points" to store the player's points for each month.
2. Declare an array called "months" to store the names of the months.
3. Populate the "points" array with the given data: {"Jan": 30, "Feb": 10, "Mar": 5, "Apr": 20, "May": 25, "Jun": 30}.
4. Populate the "months" array with the given data: {"Jan", "Feb", "Mar", "Apr", "May", "Jun"}.
5. Initialize a variable called "totalPoints" to 0.
6. Initialize a variable called "lowestPoints" with a large value initially.
7. Initialize a variable called "highestPoints" with a small value initially.
8. Initialize a variable called "lowestMonth" with an empty string initially.
9. Initialize a variable called "highestMonth" with an empty string initially.
10. Iterate through each element in the "points" array.
a. Add the current element to the "totalPoints" variable.
b. Check if the current element is lower than the "lowestPoints" variable.
i. If true, update the "lowestPoints" variable with the current element.
ii. Update the "lowestMonth" variable with the corresponding month from the "months" array.
c. Check if the current element is higher than the "highestPoints" variable.
i. If true, update the "highestPoints" variable with the current element.
ii. Update the "highestMonth" variable with the corresponding month from the "months" array.
11. Calculate the averagePoints by dividing the "totalPoints" by the length of the "points" array.
12. Print the "totalPoints".
13. Print the "averagePoints" rounded to the nearest integer.
14. Print the "lowestMonth".
15. Print the "highestMonth".
Here's the pseudocode for the application that will generate the report:
1. Initialize the following arrays:
- Points: [30, 10, 5, 20, 25, 30]
- Month: ["Jan", "Feb", "Mar", "Apr", "May", "Jun"]
2. Calculate the total number of points by summing up all the values in the "Points" array:
- Set a variable "totalPoints" to zero
- For each value in the "Points" array, add the value to "totalPoints"
- Print "Total points: " followed by the value of "totalPoints"
3. Calculate the average number of points per month:
- Divide the value of "totalPoints" by the length of the "Points" array
- Set a variable "averagePoints" to this value
- Print "Average points per month: " followed by the value of "averagePoints"
4. Find the month during which the lowest number of points were scored:
- Set variables "minPoints" and "minMonth" to the first value of "Points" and "Month" arrays, respectively
- For each subsequent value in the "Points" array, compare it with the value of "minPoints"
- If the current value is smaller than "minPoints", update "minPoints" with the current value and "minMonth" with the corresponding month from the "Month" array
- Print "Month with the lowest points: " followed by the value of "minMonth"
5. Find the month during which the highest number of points were scored:
- Set variables "maxPoints" and "maxMonth" to the first value of "Points" and "Month" arrays, respectively
- For each subsequent value in the "Points" array, compare it with the value of "maxPoints"
- If the current value is greater than "maxPoints", update "maxPoints" with the current value and "maxMonth" with the corresponding month from the "Month" array
- Print "Month with the highest points: " followed by the value of "maxMonth"