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".
(start) /a=0 c=0\ \b=0 / /input a/ /input b/ /input c/ /a>b\ no /b>c\ yes /display b/ -> (a) \ / \ / yes no /a>c\ no /display c/ -> (a) \ / yes /display a/ <- (a) (end)
To draw a flowchart for finding the largest of four numbers, start with a "Start" symbol, followed by input symbols to read the four numbers (A, B, C, D). Use decision diamonds to compare pairs of numbers: first compare A and B, then compare the larger of those with C, and finally compare that result with D. The flowchart will have output symbols to display the largest number at the end, concluding with an "End" symbol.
To design a flowchart for inputting two numbers and swapping their values, start with a terminal symbol indicating the start. Next, use input/output symbols to prompt the user to enter the two numbers, labeling them as A and B. Then, employ a process symbol to perform the swap, which can be done using a temporary variable, such as: temp = A; A = B; B = temp. Finally, use another input/output symbol to display the swapped values of A and B, and end the flowchart with a terminal symbol.
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.
Primary keys have to be numbers that are entered by the user.
draw a flowchart to display the first tenth even number
start, inputbox,inputbox,inputbox,inputbox,inputbox,progresh,display,stop
(start) /a=0 c=0\ \b=0 / /input a/ /input b/ /input c/ /a>b\ no /b>c\ yes /display b/ -> (a) \ / \ / yes no /a>c\ no /display c/ -> (a) \ / yes /display a/ <- (a) (end)
There are many programs that will allow a person to prepare a flow chart that sorts 10 numbers from highest to lowest. PowerPoint, Microsoft Works, and Open Office will all allow a person to create a flowchart.
start accept a,b and c c=a+b display c stop
for(int i= 51;i<=60;i++) cout<<i;
Develop an algorithm to display all prime numbers from 2 to 100. Give both the pseudocode version and the flowchart version. Convert your pseudocode into a Java program.
Display screen
start input A & B if A>B print A is greatest if B>A print B is greatest stop james ola writes.....SOT.
pictorial representation of a program is called a flowchart
To draw a flowchart for finding the largest of four numbers, start with a "Start" symbol, followed by input symbols to read the four numbers (A, B, C, D). Use decision diamonds to compare pairs of numbers: first compare A and B, then compare the larger of those with C, and finally compare that result with D. The flowchart will have output symbols to display the largest number at the end, concluding with an "End" symbol.
A) Here's an example of a flowchart and pseudocode that could be used to display the prime numbers between 1 and 10000: Flowchart: START Set up an array of numbers from 1 to 10000 Set an empty array to store the prime numbers Set i = 2, the first prime number For each number in the array, check if it is divisible by i If it is divisible by i, it is not a prime number and move to the next number in the array If it is not divisible by i, it is a prime number and add it to the prime numbers array Increase i by 1 and go back to step 4 Repeat steps 4 through 7 until i is greater than the square root of 10000 Display the prime numbers array END