lowchart and write the algorithm for the program in pseudocode. Start x=1 y=1 n=2 Print x, y No n> 10 Yes Stop z=x+y Print z x=y y=z n=n+1

All programming languages have a loop capability. Looping is the program logic’s ability to repeat one or more lines of code either: A set number of times, a “for loop” (i.e. 10, 100, 500, 763 or more times) An “unknown” number of times (i.e. loop terminates if a tested condition becomes “true” or as long as the tested condition remains “false”), a “while” loop, a “do until” loop, a “do while” loop.   This Lab exercise demonstrates the use of the “For Loop”, a standard loop in all programming languages. C++ standard For Loop format looks like:                 For (n = 1; n <= 100; n++)             {                         Loop line 1 code;                         Loop line 2 code;                         Loop line 3 code;                         Loop line N code;             }    The loop code needs: A “loop counter variable” (n in the above example) to keep track of how many iterations this loop has run A starting value (i.e. 1 in the above example) A stop test (i.e. run as…

Rewrite the following pseudocode segment using a loop structure in KOTLIN k = (j +15) / 27loop:if k > 10 then goto out k=k+1i=3*k-2goto loopout: . . .

6- You have two numbers ABCD and WXYZ (ex: 2345 and 7965). Write an algorithm using Pseudocode that decides whether ABCD is the inverse of WXYZ. (For example, if ABCD is 2356 and WXYZ is 6532 then the algorithm prints "Inverse" otherwise it will print "Not Invers")