start
n=1,0
print n
n>=99,100
yes
end
no
n=n+2
back to print step
Oh, dude, drawing a flowchart for printing prime numbers from 1 to 100 using a while loop in C? That's like asking me to explain quantum physics while juggling flaming torches. But hey, you basically start with a start symbol, then draw a decision box to check if a number is prime, and loop back until you reach 100. Just remember to add some arrows and shapes, and you're good to go!
To create a flowchart for calculating the product of the first ten odd numbers, begin with a start symbol, then initialize a variable for the product and a counter at 1. Use a loop structure to multiply the current product by the odd number (which can be calculated as 2n - 1 where n is the counter) and increment the counter until it reaches 10. Finally, display the product and use an end symbol to conclude the process. This flowchart visually represents the steps and decisions involved in the calculation.
Loop
The basic idea is as follows. Assume an array n(), of ten elements.* Set variable "highest" to the first number, n(1). * Set index "i" equal to 2. * Do the following in a loop: * If n(i) is greater than "highest", replace "highest" with n(i). * Increment i by 1. * Compare whether "i" is greater than 10. If it is, leave the loop. * Display variable "highest".
Oh, dude, drawing a flowchart for the sum of even numbers between 0 and 20 is like making a sandwich - you just gotta follow the steps. Start with a box labeled "Start" and draw arrows to boxes for each even number from 0 to 20. Connect those boxes to a box labeled "Sum" and voila, you've got yourself a flowchart for adding up those even numbers. It's as easy as eating pie... mmm, pie.
n=100 loop until n = 9 print n n = n -1 end loop
Drawing an arrow.
do <statement> { while (Boolean expression); }
Oh, dude, drawing a flowchart for printing prime numbers from 1 to 100 using a while loop in C? That's like asking me to explain quantum physics while juggling flaming torches. But hey, you basically start with a start symbol, then draw a decision box to check if a number is prime, and loop back until you reach 100. Just remember to add some arrows and shapes, and you're good to go!
kk
To create a flowchart for calculating the product of the first ten odd numbers, begin with a start symbol, then initialize a variable for the product and a counter at 1. Use a loop structure to multiply the current product by the odd number (which can be calculated as 2n - 1 where n is the counter) and increment the counter until it reaches 10. Finally, display the product and use an end symbol to conclude the process. This flowchart visually represents the steps and decisions involved in the calculation.
Loop
The basic idea is as follows. Assume an array n(), of ten elements.* Set variable "highest" to the first number, n(1). * Set index "i" equal to 2. * Do the following in a loop: * If n(i) is greater than "highest", replace "highest" with n(i). * Increment i by 1. * Compare whether "i" is greater than 10. If it is, leave the loop. * Display variable "highest".
Oh, dude, drawing a flowchart for the sum of even numbers between 0 and 20 is like making a sandwich - you just gotta follow the steps. Start with a box labeled "Start" and draw arrows to boxes for each even number from 0 to 20. Connect those boxes to a box labeled "Sum" and voila, you've got yourself a flowchart for adding up those even numbers. It's as easy as eating pie... mmm, pie.
A flowchart for a program that accepts and displays the factorial of a number would include the following steps: Start, Input the number, Initialize a variable for the factorial, Use a loop to calculate the factorial by multiplying the variable by each integer up to the number, Output the result, and End. Pseudocode for the same program would look like this: START INPUT number factorial = 1 FOR i FROM 1 TO number DO factorial = factorial * i END FOR OUTPUT factorial END
in loop when draw a flow chart of table 2
the multiplication of the number of iterations with the number of statements in that loop is equal to loop length.