Need this code done in c language

WITH THE FOLLOWING OUTPUT

Enter the value of x:0.5

The number 0f terms:10

True value = - 0.693147

Taylor value = - 0.692967

Absolute error=0.000180

Relative error = - 0.025966

Enter the value of x:1.5

The number 0f terms:10

True value = 0.405465

Taylor value = 0.405532

Absolute error =0.000067

Relative error =0.016573

Enter the value of x:2.0

The number 0f terms:10

True value = 0.693147

Taylor value = 0.745635

Absolute error =0.052488

Relative error =7.572380

Enter the value of x:3.3

The number 0f terms:10

True value = 1.193922

Taylor value = 135.794385

Absolute error =134.600462

Relative error =11273.802614

The Taylor series expansion of f(x) = ln x around C is given as: Inx = (-1)-3 (* * " In x = n=1 Part A: Write a C\C++ program which takes x as input and computes the series for up to 10 terms. Your program should print the final value of f(x) = In x obtained along with the absolute and relative errors. Your program needs to get the true value of f(x) = ln x using the built-in function in C. Part B: Run your program for x = 0.5, 1.5, 2.0, and 3.3. Report the results you get for each one. How accurate are your results? Part C: Run your program for the same value of x as in part B but change the number of terms to be 100. Report the results you get for each one. How accurate are your results