The best way to print the numbers 1 to 100 in PHP without using a loop is with the following code:
echo implode("<br>", range(1,100));
You can replace the <br> with anything that you want to separate the numbers, such as dashes. I used a line-break in the example.
There are a number of different ways to loop using PHP. They're as follows:ForForeachWhileDo-whileBelow are some examples of how each of these types of loop work.ForForeachWhileDo-while
You can't graph it in one function. You can graph a series of things that will, together with a little imagination, look much like a loop de loop: Y1=sqrt(100-X^2) Y2=-Y1 (use the VARS button) Y3=-10 This will draw the top half of a circle with radius 10, (the equation of a circle centered at (0,0) with radius r is x^2+y^2=r^2; when radius is 10, solving for y makes these Y1 and Y2 functions) then the bottom half of it, then a line at y=-10 to be the 'road' below the loop de loop.
To create a PHP program that prints a marksheet, you can start by defining an associative array to store subjects and their corresponding marks. Use a loop to iterate through the array and calculate total marks and percentage. Finally, format the output using HTML for better presentation, and utilize the echo statement to display the marksheet. Here’s a simple example: <?php $marks = ["Math" => 85, "Science" => 78, "English" => 92]; $total = array_sum($marks); $percentage = ($total / (count($marks) * 100)) * 100; echo "<h1>Marksheet</h1>"; foreach ($marks as $subject => $mark) { echo "$subject: $mark<br>"; } echo "Total: $total<br>"; echo "Percentage: $percentage%"; ?>
To write "greater than 100" using a sign, you use the symbol ">". For example, you would express it as "x > 100," where "x" represents any value that is greater than 100. This notation indicates that any number that replaces "x" must be larger than 100.
1.6 / 4 = 0.4Converting decimal to a percentage: 0.4 * 100 = 40%
printf ("%s\n", "1, 2, 3, 4, 5, 6, ..., 98, 99, 100"); printf ("%s\n", "100, 99, 98, 97, ..., 3, 2, 1");
A for loop is typically used to implement a counted loop: for x=0 to 100 step 1 print x next x
You can use recursion:void printNum(int i){ if(i
n=100 loop until n = 9 print n n = n -1 end loop
If you mean you cannot use a for loop, then use a while loop: int i=0 while( i++ < 100 ) std::cout << i << " "; std::cout << std::endl; Or a do-while loop: int i=0; do std::cout << ++i << " "; while( i<100 ); std::cout << std::endl; If these are not allowed either, use a procedural loop: int i=0; again: std::cout << ++i << " "; if( i<100 ) goto again; std::cout << std::endl; If even that is not allowed, then the only option is to hard-wire: std::cout << 1 << " " << 2 << " " << [etc] << 99 << " " << 100 << std::endl; It does seem a pointless exercise when a for loop exists specifically for counting iterations like this: for( int i=1; i<=100; ++i ) std::cout << i << " "; std::cout << std::endl;
Here's a simple pseudocode to print your name a hundred times: FOR i FROM 1 TO 100 PRINT "Your Name" END FOR Replace "Your Name" with your actual name. This loop iterates 100 times, printing your name in each iteration.
A loop is used in programming to repeat a set of commands in the program when a task is a repetitive one. It means less code has to be written and it makes a computer more flexible. If you wanted to do something like print all the numbers from 1 to 100 on the screen, you could do it with a loop. One way is to do 100 separate commands to print each number which is a long way. That will make your program quite long. With a loop you can use the command to print a number and tell it to do that command 100 times and increase the number being printed by 1 every time the command is run.
start n=1,0 print n n>=99,100 yes end no n=n+2 back to print step
recu
Use a counted loop in the closed range [1:100]. If the count is in the closed range [40:50], print the number. For all other numbers outwith this range, only print the number if it is prime.
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!
You need a code that can run to print even numbers between 10 and 100 using the qbasic command.