For Loop Problem
First time doing for loops (way beginner, I know). Here's the full instructions for this problem:
Write a program that computes the values of the sum
(1 +.5 + .33 +.25 + … 1/n) - ln(natural log)n
for 100<n<1000 with the step
of 100. Output should be arranged as a table.
The only part I can't wrap my head around is making a for loop that doesn't merely raise the denominator of a fraction each time around, but includes the fractions of smaller denominators. I.e. when n=3 it doesn't simply do (1 + 1/3) - log(3), but (1 + 1/2 + 1/3) - log(3). Will it take more than one loop?
Write a program that computes the values of the sum
(1 +.5 + .33 +.25 + … 1/n) - ln(natural log)n
for 100<n<1000 with the step
of 100. Output should be arranged as a table.
The only part I can't wrap my head around is making a for loop that doesn't merely raise the denominator of a fraction each time around, but includes the fractions of smaller denominators. I.e. when n=3 it doesn't simply do (1 + 1/3) - log(3), but (1 + 1/2 + 1/3) - log(3). Will it take more than one loop?
Last edited on
Write some code so tht we can help you.(we are not your coders).
Also follow this tutorials to get help.
http://www.cplusplus.com/doc/
Also follow this tutorials to get help.
http://www.cplusplus.com/doc/
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