how to estimate the phase parameter of a complex function?

C++ program for square root?

• This has to be exactly as follows: Write a function called squareRoot that calculates and returns the square root of the function's first float parameter. The calculation should be within a margin of error provided by the function's second float parameter. Calculating Square Roots You should use a loop to calculate the square root thorough successive approximations. Pseudocode for this process is shown below, where error is the margin of error, x is the value whose square root is to be calculated and estimate is the estimate of the square root. set estimate to 1 set difference to the absolute value of x - estimate2 while(difference > error) set quotient to x / estimate set estimate to (estimate + quotient) / 2 set difference to the absolute value of x - estimate2 end while Examples § printf("%.4f\n", squareRoot(25, .001)); should print 5.0000 § printf("%.4f\n", squareRoot(2745.68, .001)); should print 52.3992 § printf("%.4f\n", squareRoot(17, .001)); should print 4.1231

• Answer:

  Don't bother submitting your assignment in unless you do it yourself. It's okay to ask for help, but demanding people to write out programs from cmpt 120/128 is prohibited. Your yahoo questions have been noted.