k=int(raw_input("enter a limit")) f=1 i=1 n=0 while(i<=k): f=f*i i=i+1 import math x=int(raw_input ("enter the value of x")) while(n<=k): math.exp(x)=(x**n)/f n=n+1 print"e**x=",math.exp(x) wht is wrong with this program???

Answer 1

line 11:
math.exp(x)=(x**n)/f
^
SyntaxError: can't assign to function call

line 13:
print"e**x=",math.exp(x)
^
SyntaxError: invalid syntax

Functions don't take values like this. Use a variable.
In Python 3 at least, use parentheses for print().

Answer 2

Maybe you meant equivalency (==) test. This may help you debug; it runs [under python 3] and outputs tests; note I changed the test to <=.

k=int(input("enter a limit"))
f=1
i=1
n=0
while(i<=k):
f=f*i ## k factorial : f=k!
i=i+1

import math
x=int(input ("enter the value of x"))
while(n<=k):
print(n, ":", x**n/f, ":", math.exp(x)<=(x**n/f))
n=n+1

print("e**x=", math.exp(x))

Answer 3

First off, I am just trying to state an answer, not to criticize your programming skills. Ok so what I understand from you program is that you are trying to take a user input and raise it to the power of n. One of problems involves many useless variables which have no use in the program whatsoever. For example a number divided by 1 or in this case 'f' does not change the value of the number. Also there is a simpler way to exponentiate a number. You do not have to import math to do this, just write ** which means to the power of. So basically to simplify your program: you take a number input from a user and raise it to the n'th power which is zero, and so prints 1. An extra note n = n+1 is also: n+=1. By simplifying and removing unnecessary code it make it faster, easier to read, and easier to debug. Hopefully these suggestions helped you realize your mistakes.