Remove .md and image files and move python files into main chapter folders

thinkcspy/Chapter-5-Exercises/Exercises.md

@@ -1,111 +0,0 @@
-# Exercises
-So this lesson only had 4 exercises (from what I could see, anyway), but for some reason they start at 16. 
-
-At any rate, this lesson was about modules. `math` and `random` were at the focus of the lesson and its exercises. 
-
-Problem 16
-----------
-
-_Use a_ `for` _statement to print 10 random numbers._
-
-### My Code
-
-```text-x-python
-# Runestone.Academy thinkcspy course
-# Chapter 5
-# Problem 16
-
-import random
-
-for i in range(10):
-    prob = random.random()
-    print(i+1, '-', prob)
-```
-
-### Result
-
-![](Exercises/image.png)
-
-Result from the first run of this script
-
-Problem 17
-----------
-
-_Repeat the above exercise but this time print 10 random numbers between 25 and 35, inclusive._
-
-### My Code
-
-```text-x-python
-# Runestone.Academy thinkcspy course
-# Chapter 5
-# Problem 17
-
-import random
-
-for i in range(10):
-    prob = random.randrange(25, 36)
-    print(i+1, '-', prob)
-```
-
-### Result
-
-![](Exercises/1_image.png)
-
-Result from the first run of this script
-
-Problem 18
-----------
-
-_The **Pythagorean Theorem** tells us that the length of the hypotenuse of a right triangle is related to the lengths of the other two sides. Look through the_ `math` _module and see if you can find a function that will compute this relationship for you. Once you find it, write a short program to try it out._
-
-### My Code
-
-```text-x-python
-# Runestone.Academy thinkcspy course
-# Chapter 5
-# Problem 18
-
-import math
-
-a = float(input('What is the length of the first side of the triangle?'))
-b = float(input('What is the length of the second side of the triangle?'))
- 
-c = math.sqrt(a*a + b*b)
-
-print('The hypotenuse of this triangle with is', c, '.')
-```
-
-### Result
-
-![](Exercises/2_image.png)
-
-The numbers used to get this result were 12 and 12.
-
-Problem 19
-----------
-
-_Search on the internet for a way to calculate an approximation for **pi**. There are many that use simple arithmetic. Write a program to compute the approximation and then print that value as well as the value of_ `math.pi` _from the math module._
-
-### My Code
-
-```text-x-python
-# Runestone.Academy thinkcspy course
-# Chapter 5
-# Problem 19
-
-import math
-
-c = float(input("Today we are going to calculate pi from the dimensions of a circle. What is the circumference of your circle?"))
-d = float(input("And what is the diameter of your circle?"))
-               
-zpi = c/d
-
-print("The approximate value of pi from the dimensions provided is", zpi)
-print("The actual (also technically approximate) value of pi is", math.pi)
-```
-
-### Result
-
-![](Exercises/3_image.png)
-
-The numbers were 22.2817 for the diameter and 70 for the circumference. The numbers were generated on [this site](https://www.omnicalculator.com/math/circle-measurements).

thinkcspy/Chapter-5-Exercises/Lab_Plotting_a_Sine_Wave.md

@@ -1,43 +0,0 @@
-# Lab: Plotting a Sine Wave
-
-Create and set up the turtle and the screen.
-
-Iterate the angle from 0 to 360.
-
-> Generate the sine value for each angle.
-> 
-> Move the turtle to that position (leave a line behind).
-
-_My note: the lab encouraged us to try other functions out, so I included a turtle drawing cosign._
-
-```text-x-python
-import math
-import turtle
-
-wn = turtle.Screen()
-wn.bgcolor('lightblue')
-
-turtle.setworldcoordinates(0, -1.25, 360, 1.25)
-
-fred = turtle.Turtle()
-fred.speed(10)
-fred.color('red')
-
-george = turtle.Turtle()
-george.speed(10)
-george.color('blue')
-
-for angle in range(361):
-    x = angle
-    y = math.sin(math.radians(angle))
-    fred.goto(x,y)
-    
-for angle in range(361):
-    x = angle
-    y = math.cos(math.radians(angle))
-    george.goto(x,y)
-
-wn.exitonclick()
-```
-
-![](Lab/image.png)