Title:

Making a 'Maths Cheat'

Date:

30/3/17

Starting point:	No coding
Target for this lesson?	To know how to do the Maths Cheat so I can do it on a later date at home.
Did I reach my target? (add details to "Lesson Review")	Yes as I now know how to do the Maths cheat coding and think I can do it at home.

Lesson Review

How did I learn? What strategies were effective?

I learnt with a simple strategy, in short, it was to firstly try what I think is right, then secondly look at why it is wrong and what I should change then I see what Mr Keen has done and change my work accordingly then I check through and see how it works and if it doesn't work I look at what the website wants me to fix.

What limited my learning? Which habits do I need to work on?

I think that my confusion in some coding parts held me back but thanks to the guidance that Mr Keen gave to us I was able to get through it.

What will I change for next time? How will I improve my learning?

Next time I will try and experiment more and tidy up my work so that it is more presentable.

from math import pi

def main():

greeting()

while True:

def greeting():

print(“Hello. I am a homework cheat.\n How can I help you?”)

def select_function():

print(“These are my functions:- “)

print(“1: rectangle_perimeter”)

print(“2: rectangle_area”)

print(“3: cubic_volume”)

print(“4: circle_area”)

print(“5: circle_circumference”)

print(“6: triangle_area”)

result = input(“Please select a number.”)

while True:

a= input(“What is the height?”) b= input(“What is the length?”) return (rectangle_perimeter(a,b)) a= input(“What is the height?”) b= input(“What is the length?”) return (rectangle_area(a,b)) h= input(“What is the height?”) w= input(“What is the length?”) d= input(“What is the depth”) return (cubic_volume(h,w,d)) a= input(“What is the radius?”) return (circle_area(a)) a= input(“What is the radius?”) return (circle_circumference(a)) a= input(“What is the height?”) b= input(“What is the length?”) return (triangle_area(a,b)) print(“Please select more carefully.”) break

def rectangle_perimeter(l,w):

return (l + l + w + w)

def rectangle_area(l,w):

return ((l*w) + “ units squared”)

def cubic_volume(h,w,d):

return ((hwd) + “ units cubed”)

def circle_area(r):

return ((pi(rr)) + “ units squared”)

def circle_circumference(r):

return (2pir)

def triangle_area(a,b):

return ((a*b/2) + “ units squared”)

main()