Statement numbers were a feature of BASIC, and while QBASIC supports them, they are by no means necessary.
There is no shortcut key of input in qbasic
You need a code that can run to print even numbers between 10 and 100 using the qbasic command.
Yes
In QBasic, you can divide two numbers using the division operator /. For example, to divide the variable a by b, you would write result = a / b, where result stores the outcome of the division. Ensure that b is not zero to avoid a division by zero error. You can then use the PRINT statement to display the result, such as PRINT result.
You use the relevant formula.
A 'conditional' statement is a logical test while unconditional statement will cause the computer to branch.
To stop a program from running in QBASIC, you can press "Ctrl" + "Break" on your keyboard. This interrupts the program execution and returns you to the QBASIC command prompt. Alternatively, you can close the QBASIC window to terminate the program. If you want to exit gracefully, you can also use the END statement in your code to stop execution at a specific point.
END '...END of program/halt program code execution. *NOTE*: There should be only 'one' END statement written inside of a QBASIC program. I have seen example code where they use multiple END statements; this is wrong!
Most computer languages use the asterisk, "*", for multiplication.
QBASIC CODE/EXAMPLE 1: WITHOUT 'RANDOMIZE' statement:- ==== RANDOMIZE TIMER CLS FOR eachDiceThrow% = 1 TO 10 diceNo% = INT(RND * 6) + 1 PRINT diceNo%; " "; NEXT END ===== ...output... 5 3 6 3 1 3 6 1 1 6 ...re-RUN/output... 6 2 6 5 1 4 1 5 6 5 As you can see from the above 2 code examples. When we don't use the RANDOMIZE statement; then, each time we run the program...the sequence of random numbers that gets produced...is always in the same 'fixed' order as went before. But, when we do use the RANDOMIZE command statement; then, each time the sequence of random numbers being produced is entirely 'different'. NOTE: The statement, RANDOMIZE TIMER, is used to 'seed' the QBASIC random number generator; by selecting a random number to start the sequence of numbers off with which is based on your current computer clock time.
In QBasic, there are several fundamental data types, including numeric types (such as INTEGER, SINGLE, and DOUBLE) for storing numbers, and STRING for text. The INTEGER type stores whole numbers, while SINGLE and DOUBLE can represent floating-point numbers with varying precision. Additionally, QBasic supports the BOOLEAN type for true/false values. Arrays can also be used to store multiple values of the same data type.
Oh, dude, finding the greater number in QBasic is like finding the last slice of pizza at a party - you just compare the two numbers using the good ol' greater than symbol (>), and boom, there's your answer. It's not rocket science, it's just basic math in a BASIC programming language. So, like, chill out and enjoy the simplicity of it all.