To draw a flowchart that enters a number and displays the corresponding week, start with a "Start" symbol. Next, use a parallelogram for the input step where the user enters a number. Then, include a decision diamond to check if the number is within the valid range (e.g., 1-52 for weeks). Based on the decision, use rectangles to display the corresponding week or an error message if the number is invalid, and finally, end the flowchart with an "End" symbol.
Oh, dude, it's like super simple. You start with a box that says "Enter number 1-7," then draw arrows to boxes labeled "Monday" through "Sunday" depending on the number input. Bam, you've got yourself a flow chart for the days of the week. Easy peasy, lemon squeezy.
With paper a pencil and a flowchart symbol template. You might try reading your text book and learning how to do this yourself.
Oh, what a lovely question! To draw a flowchart of finding the cube of a number, you can start with a start/end symbol, then use a process symbol to input the number. Next, use a process symbol to calculate the cube (number * number * number) and finally, use an output symbol to display the result. Remember, there are no mistakes in flowcharts, just happy little accidents!
You can use the following C program to display "1" if a user enters any non-zero number, and "0" if the entered number is zero: #include <stdio.h> int main() { int num; printf("Enter a number: "); scanf("%d", &num); if (num != 0) { printf("1\n"); } else { printf("0\n"); } return 0; } This program reads an integer from the user and checks if it is non-zero or zero, then prints the corresponding output.
It displays the power to which '10' would have to be raised in order to get the number you entered. That's the definition of the 'logarithm' or 'log' of a number. Examples: Enter 100. Hit 'log x'. Display '2', because 102 = 100. Enter 1000. Hit 'log x'. Display '3', because 103 = 1000. Enter 2. Hit 'log x'. Display '0.30103', because 100.30103 = 2. Enter 0.1. Hit 'log x'. Display ' -1 ', because 10-1= (1/101) = 0.1
If you enter a number into a calculator and then press the log x key, the calculator will display the logarithm of that number. Typically, this refers to the base 10 logarithm (common logarithm) unless specified otherwise. The result indicates the power to which the base (10) must be raised to obtain the entered number. For example, if you enter 100, the display will show 2, since (10^2 = 100).
To convert a three-digit number into words, first break it down into hundreds, tens, and units. For example, the number 245 can be expressed as "two hundred forty-five." You can use a simple program or function to handle the conversion by mapping each digit to its corresponding word. Would you like a specific example of a number converted to words?
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.
#include using std::cout;using std::cin;using std::endl;int main(){double firstNumber = 0;cout > firstNumber;double secondNumber =0;cout
You can go to fordparts.com and enter your vin and it will list any part number you need.
Convert this in flow chart and see if it can help Start Display "Enter 2 numbers" Accept 2 numbers A & B Divide the A with B Is result Zero? ---- No - A is not Dividable with second Yes - A is Dividable with second End
To enter you could type it in as a formula, using the division operator. To enter 6 over 8, you could type:=6/8You could also enter the value as a decimal. Whichever way you enter it, to show it as a fraction you would then go to Format cells and pick the Fraction format to display it. From there you have various options as ways to display it.