Write a VBA program to solve the Colebrook equation to the nearest 0.0001 using the incremental approach - givens as noted in previous slides Try everything between 0.03 and 0.035 in increments of 0.0001 - This is a great place to use alternate step size in a For loop! For f-0.0370 --Track your absolute error 0,035 - You have a better solution when the error is smaller. Message Box out your solution of f. Copy a screenshot of your code + screenshot of your message box into a word doc for submission in BbL. NOTE: In vba, log 10(x) is done this way: log(x)/log(10) [20105, (1 + ) Furbulent flow f = (-2 log. (5.97 )) Write a VBA program to solve the Colebrook equation to the nearest 0.0001 using the incremental approach - givens as noted in previous slides Try everything between 0.03 and 0.035 in increments of 0.0001 - This is a great place to use alternate step size in a For loop! For f-0.0370 --Track your absolute error 0,035 - You have a better solution when the error is smaller. Message Box out your solution of f. Copy a screenshot of your code + screenshot of your message box into a word doc for submission in BbL. NOTE: In vba, log 10(x) is done this way: log(x)/log(10) [20105, (1 + ) Furbulent flow f = (-2 log. (5.97 ))