how to develop a flowchart of read 10 integers from the keyboard in the range of 0 up to 100 and count how many them are larger than 50 and display this result
Here is a flowchart for the given problem:
```
start
└─> initialize count variable to 0
└─> set loop counter to 1
└─> while loop counter <= 10
└─> read integer from keyboard
└─> if integer is between 0 and 100
└─> if integer is greater than 50
└─> increment count variable by 1
│ └─> increment loop counter by 1
│ else
│ └─> display error message
│ endif
│ endwhile
└─> display count variable
done
```
In summary, the flowchart first initializes a count variable to 0 and sets a loop counter to 1. It then enters a loop that repeats 10 times, in which it reads an integer from the keyboard and checks if it is between 0 and 100. If it is, it checks if the integer is greater than 50 and increments the count variable accordingly. After the loop has finished, the flowchart displays the count variable. If an integer is outside the range of 0 to 100, the flowchart displays an error message and does not count it towards the total.
To develop a flowchart for reading 10 integers from the keyboard, counting how many are larger than 50, and displaying the result, you can follow these steps:
1. Start the flowchart.
2. Begin by initializing a count variable to zero. This variable will be used to store the count of numbers larger than 50.
3. Start a loop that will prompt the user to enter an integer from the keyboard. This loop will repeat 10 times to read a total of 10 integers.
4. Inside the loop, prompt the user to enter an integer.
5. Read the integer entered by the user.
6. Check if the entered number is greater than 50. If it is, increment the count variable by 1.
7. Check if the loop has run 10 times. If it has, proceed to the next step. If not, go back to step 3.
8. After the loop has run 10 times, display the count variable to show how many numbers entered are larger than 50.
9. End the flowchart.
Remember to use the appropriate flowchart symbols for each step, such as the process symbol for reading input and displaying the result, the decision symbol for checking conditions, and the loop symbol for the repetition loop.