‘Easy Peasy Lemon Squeezy’ Articles at TC101 Fall 2015

WSQ11

5nbpppkkyj — Thu, 26 Nov 2015 01:22:42 +0000

In this WSQ I asked the user for a lower and an upper bound, then I It was challenging but I found that researching and understanding the concept completely was crucial.

https://github.com/DianaJU/Write/blob/master/lychrel.py

WSQ10

5nbpppkkyj — Thu, 29 Oct 2015 01:27:26 +0000

This was kind of hard to do the right way. I tried to ask the user for numbers separately and then do calculations with all of these as variables before realising it was kind of wrong so I read the List chapter and understood how to use loops for it. In this way, my code is based off the book and Carmina’s code since it is so good an easy to understand.

WSQ09

5nbpppkkyj — Thu, 29 Oct 2015 01:27:23 +0000

So this is simple factorial calculator, it was kind of easy to do.

This is factorialcalc.py in action!

WSQ08

5nbpppkkyj — Thu, 29 Oct 2015 01:27:21 +0000

In this WSQ I have fun with numbers, again!

I’m sure my code can be optimized but I tried to write it as clean i.e. readable, as possible. So yeah, all I did was print some options for the user and ask for two numbers to work with. Finally, I created some functions so they are called according to the user’s needs.

This is ontofunctions.py in action!

Mastery03

5nbpppkkyj — Fri, 18 Sep 2015 20:33:39 +0000

WSQ07

5nbpppkkyj — Fri, 18 Sep 2015 19:34:22 +0000

This was challenging but surprisingly fun. I had some problems that were solved understanding what I was doing so the book helped me a lot.

This is my code:

This is Sumofnumbers.py in action:

WSQ06

5nbpppkkyj — Sat, 12 Sep 2015 22:46:23 +0000

This WSQ06 was quite easy, I just had to find a way in which I could get a random number so I used the function random.randint(a,b).

What my program does

It sets a random number between 1 and 100 and then asks the user to guess that number. I wrote it in a way that the user has 5 chances to get it right. I did this by setting a variable which counts how many times they get it wrong and each time it tells them if their guess its low or high. If they get it right, the program tells them the number of attempts it took them to guess.

randominteger.py in action:

This is what happens when you guess the random number.

This is what happens when you don’t.

WSQ05

5nbpppkkyj — Wed, 02 Sep 2015 01:20:28 +0000

This was quite easy since it was similar to the Fun with Numbers WSQ.

In this WSQ I ask the user to choose a temperature measurement unit to convert their Fahrenheit degrees to.

Once they chose it I inserted their integer input into its respective formula.

I printed the conversion result and used if and elif to state whether their water is boiling or not.

WSQ05.py in action.