(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)
You draw a flowchart to find maximum and minimum of given 3 input numbers by using all three numbers. You take the low, high and input the middle number between them. You can see the rise, or decline of the chart that way.
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 draw a flowchart to check if a number is a perfect square, you would start with a start/end symbol. Then, you would input the number to be checked. Next, you would use a decision symbol with a condition to check if the square root of the number is an integer. If it is, the flowchart would output that the number is a perfect square; if not, it would output that the number is not a perfect square. Finally, you would end the flowchart.
If every input has an output. If two outputs are the same, they must have the same input.
Add the two numbers and divide that by two.
You draw a flowchart to find maximum and minimum of given 3 input numbers by using all three numbers. You take the low, high and input the middle number between them. You can see the rise, or decline of the chart that way.
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.
design a flowchart that will input three numbers and get their sum. If the sum is greater than 20, then print "sum>20",else print the sum.
Starts Input a,b Result=(a-b)*(a-b) Print"square of difference=",result
start input A & B if A>B print A is greatest if B>A print B is greatest stop james ola writes.....SOT.
Here it is in Java for 5 numbers: (adapt for your programming language) import java.util.Arrays Public class Highestnumber { public static void main (String args[]) { Scanner input = new Scanner( System.in ); int numberofinputs = 5; //make an array to hold the numbers int numbers[] = new Int[numberofinputs]; for (x=0;x<numberofinputs;x++) { System.out.print("Please input a number: "; numbers[x] = input.nextInt(); } //Sorts Numbers from least to greatest Arrays.sort(numbers[]); //gets highest number int highestnum = numbers[numberofinputs-1] //displays highest number System.out.println("The highest number is:" + highestnum); } }
create a program that can input 100 names
A manual flowchart is static. The advantage of an interactive Visual Logic flowchart is that it allows users to input values for various variables at runtime. When the flowchart is finished, users can then run the program behind the chart.
A document is the result of a process in a flowchart. Data can be used as an input and output in a flowchart. Also data is more specific(e.g. ordernumber) and a document is more an overview of data.
Ako budoy xd hahahahaahha
You have start diagram follow by input diagram and output diagram, then exit diagram.
Sure thing, sweetheart. First, you'll need a start symbol followed by a process symbol to input the numbers. Connect that to a decision symbol asking if 10 numbers have been entered yet. If not, loop back to the input process. Once all 10 numbers are in, use a process symbol to calculate the average and finally end with an output symbol displaying the average. Easy peasy lemon squeezy!