Now modify the code to print the numbers but in reverse order Lastly, modify the code to print the numbers 1 through 10 which are not divisible by 3

Come up with a nested loop that prints the following table of numbers out. Don’t worry about getting the columns lined up properly (you can use \t after each number to help).  1 2 3 4 5 2 4 6 8 10 3 6 9 12 15 4 8 12 16 20 5 10 15 20 25  This is effectively a multiplication table, where each number is its row number * its column number. To get this, you can take the 1 2 3 4 example pattern from the slides and modify it. Make it 5 rows instead of 4 and adjust the columns to print 1-5 instead of 1-4. Lastly, modify the print statement to print the row number * the column number instead.

use java Write a program to display the number, its square and its cube of the integers from 1 to 10. You may use appropriate methods from Math class (you may need to use the casting). Use a while and then the for loop.

Factorial of a number n is denoted as n! And the value of n! Is: 1*2*3... (n-1)*n. Create Java Program to find factorial of a positive integer number using the following Loops: a. for Loop b. while loop  Valid input is less than or equal to 15 (Input <= 15) only, otherwise the input is Invalid. Please see the attached image for the Output format. Please don't answer my question if you don't read the instructions carefully, this is my last question so please cooperate.

Only by using 3 seven segment display(without using lcd display), similar to as shown in the picture, using Tinkercad, build a calculator. It should have 3 7-segment displays and a number pad. The system should start with a summation of 0. You don't have to display negative numbers. The user should be able to press numbers to enter upto 3 digit number. This number should be displayed on the 7 segments. If the user presses A, the number should be added to the current number, if user presses B, the number should be subtracted and the display should be emptied to accept another number. If user presses C at any time, current summation should be displayed. D should 0 the current summation.

Use Kotlin. Create a program to display a series of fibonacci up to the given number and calculate the sum of its term.

Your program must keep on prompting the user if an incorrect time was given; see below for examples. The program then converts the time into the usual US format with hours from 1 to 12, the minutes and an AM or PM marker. This conversion works like follows: • 0 hours become 12 o’oclock AM, • 1 through 11 hours become 1 through 11 hours AM, • 12 hours become 12 o’clock PM, • 13 through 23 hours become 1 through 11 hours PM, with a subtraction of 12. The program then displays the time in the usual US format. Please use care when displaying the minutes, as an extra zero needs to be displayed for minutes 0 to 9. See the examples below for details. Examples of input and output: Please enter the hours on a 24 hour clock (0-23): 15 Please enter the minutes (0-59): 7 You entered 3:07PM Please enter the hours on a 24 hour clock (0-23): 27 Please enter the minutes (0-59): 17 Sorry, your input is incorrect. Write a program clock.c that asks the user to input a moment in time as an hour…

This is everything that the question provides. There isn't anything else I can add to make the question more clear