Link for the code:
If you have any recommendations, please feel free to tell me.
The code looks well thought out, and you’ve followed naming conventions-well done!
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I got the code up to 100 Celcius. However, instead of an output, this came up:
<function f_to_c at 0x7f90fa3d2e18>
What does this mean?
That likely means that when you call your f_to_c function, you don’t put parentheses after the function call:
#wrong:
f_to_c
#right:
f_to_c()#and any arguments it might have
Without your code, though, it is very hard to tell…
Sorry about that. I’m posting the code now. Thanks.
def f_to_c(f_temp):
c_temp = (f_temp - 32) * 5 / 9
return c_temp
print(f_to_c)
f100_in_celcius = f_to_c(100)
As I suspected; when you call the function f_to_c, here:
print(f_to_c)
You don’t actually call the function (remember to call a function, you have to put parentheses after it, with any arguments included:
some_func(arg1, arg2)#calls some_func, and passes in two arguments
What you’re actually doing is printing the memory address of the function.
Sorry to sound obnoxious. but a similar problem emerged even though I had followed the tutorial.
Code for Energy:
def get_energy(mass, c=3 * 108):
return mass * c2
print(get_energy)
Output: <function get_energy at 0x7f3563a08e18>
Again, when you’re printing (and trying to call) get_engery, you don’t have any parentheses. If the video tutorial does it that way, and are getting that output, then there’s a mistake in it.