EASY
To do this wsq you only need to read the chapter about lists in the book.
EASY
To do this wsq you only need to read the chapter about lists in the book.
I had a little problem with the standard deviation, but Ken helped me to organize my code so everything could make sense.
Thank you Ken!
https://github.com/marinaruelas/WSQ/blob/master/wsq10
I had a little problem with the standard deviation, but Ken helped me to organize my code so everything could make sense.
Thank you Ken!
https://github.com/marinaruelas/WSQ/blob/master/wsq10
New chapter, new things to learn. This time “Lists” are here and this chapter it’s not complicated. On thinkPython clearly describes how to use it. My code: https://github.com/JsphSalazar/WSQ-s/blob/master/WSQ10
New chapter, new things to learn. This time “Lists” are here and this chapter it’s not complicated. On thinkPython clearly describes how to use it. My code: https://github.com/JsphSalazar/WSQ-s/blob/master/WSQ10
#WSQ10 – I did this one with arrays because they are easier for me, I searched first how to use arrays and that was it. The only disadvantage is that you have to determine the number of values for the user to introduce. It may seem larger to code but it is easier to understand.
Here’s my code in github https://github.com/ricardonewton/TC101/blob/master/lists
In this link you can see the program for the WSQ10
https://github.com/dianagdv/TC101/blob/master/WSQ10
In this link you can see the program for the WSQ10
https://github.com/dianagdv/TC101/blob/master/WSQ10
This is the program working. I took some code from Paul´s blog https://pololarinette.wordpress.com/2015/10/15/wsq10-lists/ because i had some issues understanding the formula of the standart deviation so what i did was o import a library that already included the formula and i used it for the calculation.
If you want to see the code here is the link to Github:
https://github.com/Jocapear/TC1014/blob/master/WSQ10.py