In C not C++ Please

Problem Statement:

Develop a C Program for Exponential Value Determination using

Numerical Approximation for e as given by the Taylor series expansion; This series

approximation for e is given by the series written below:

e = 1 + 1 + 1/2! + 1/3! + 1/4! + 1/5! + 1/6! .... we stop at 6! division in this program.

Hence, compute the relative error and absolute error after computing the true value of e using the

math function exp().

NOTE: USE for Loop construct for this version of C Program

Output of this Program:

The computed approximation for exponential 'e': (using 7 terms of series)

The series for e = 1 + 1 + 1/2! + 1/3! + 1/4! + 1/5! + 1/6!

The eapprox value = 2.000000 for n=1, first two terms

The eapprox value = 2.500000 for n=2, for three terms

The eapprox value = 2.666667 for n=3, for four terms

The eapprox value = 2.708333 for n=4, for five terms

The eapprox value = 2.716667 for n=5, for six terms

The eapprox value = 2.718056 for n=6, for seven terms

The e true value (math function computed) is = 2.718282