Read this file at full screen in Notepad because that is what i made it in, otherwise things will get messed up

Index:
  I.Readme Section
  II.Formulas in the program
  III.Formulas-Program menu
  IV.Formulas-App Menu

I. Readme Section
So far everything (except for one section) in this program was made by me. The arc and sector section was made by 
ChipH588@aol.com and has given me permission to use it. MY email is molloyboy08@yahoo.com and email me with any bugs 
especially in the application which might have some dead labels and so you would get the labal error message. Email 
me with which label(s) are dead and i will fix it and send you a revised copy. Specify whether you want just that bugged 
section or the whole file again I can send either. If you want to have me include something email me. If I know the 
information i will include it, if not i will give a reply saying to send me the required infomation. I will include 
your name in this file as a thanks to. If you want to use any part of this program EMAIL ME WITH THE REQUEST. I will 
usually say yes and just to include me in the readme file you include with your program. But i want your email so i 
know. The arc and sector section you would need to email ChipH588@aol.com for permission for it isn't mine and 
i don't have the authority to give permission. I believe i've covered everything so continue on looking at the extra 
stuff included in theis file.


II.Formulas in program
ALL OF THESE FORMULAS AREN'T INCLUDED IN THE APP AS A DISPLAY

Key:
  Spaces are also used to show grouping instead of many "( )"
  ^2 | squared
  ^3 | Cubed
  (-)| Negative
(+/-)| Plus and Minus
(2Rt)| Square root
   * | Multiplication
Formulas:
  Pythagorian
     A^2 + B^2 = C^2

  Quadratic (remember this is text only)
      (-)B (+/-) (2Rt)( B^2 - 4AC )                 This comes from Quadratic Standard From: A(X^2) + B*X + C
     -------------------------------
                  2A
  
  Distance
      (2rt)( (X1-x2)^2 + (Y1-Y2)^2 )

  Midpoint
      X Coordinate-  X1+X2     Y Coordinate-  Y1+Y2
                     -----                    -----
                       2                        2

  Slope
      Y1-Y2
      -----
      X1-X2

  Polygon Circle
      Area
        (pi) * r^2                 | R=Radius
      Circumference
        (Pi) * D                   | D=Diameter
  Arc+Sector
     Arc
        X                          | (pi)*D is the same as total circumference   
       ---  * (pi) *D              | X=Number of Degrees of Arc
       360                         | Can multiply  X/360 by D before multipling by (pi) to get in terms of Pi

     Sector
        X                          | (pi) * R^2 is the same as total Area
       ---  * (pi) * r^2           | X=Number of Degrees of Sector
       360                         | Can multiply  X/360 by r^2 before multipling by (pi) to get in terms of Pi
  Graph Circle
    R=(2rt)( (X-H)^2 - (Y-K)^2 )   | R=Radius, H,K are the X,Y of center, X,Y are the X,Y of any point on the circle

  Triangle
    A= (1/2)*B*H same as B*H       | A=Area, B=Base, H=Height
                         ---
                          2
  Square/Rectangle
    A=L*W                          | A=Area, L=Length, W=Width, the Area of a square is also s^2  with s being side length
  Rhombus/Parallogram 
    A=BH                           | A=Area, B=Base, H= Height
  Kite
    A= D1 * D2                     | A=Area, D1= Diagonal 1, D2=Diagonal 2
  Trapezoid
    A=(1/2)H(B1+B2)same as H(B1+B2)| A=Area, B1=Base 1, B2=Base 2, H=Height, note: )H( means ___times H times___
                           --------
                              2
  FOR PRISM,CYLINDER,PYRAMID,CONE, AND SPHERE: P=PERIMETER/CIRCUMFERENCE
                                               H=HEIGHT
                                               B=BASE
  Prism                                        R=RADIUS
    Lateral Area (L.A.)                        L=SLANT HEIGHT
      L.A.=P*H
    Surface Area (S.A.)
      S.A.=(P*H) + (2B)            |(P*H) is the same as L.A.
    Volume (V)
      V=B*H
  Cylinder
    Lateral Area (L.A.)
      L.A.=P*H
    Surface Area (S.A.)
      S.A.=(P*H) + (2B)                   |(P*H) is the same as L.A.
    Volume (V)
      V=B*H
  Pyramid
    Lateral Area (L.A.)
      L.A.=(1/2)*L*P also  L*P
                      ---
                       2
    Surface Area (S.A.)
      S.A.=((1/2)*L*P)+B also  L*P + B    |Note:  1/2 of L*P is the same as L.A.
                               ---         
                                2          
    Volume (V)
      V=(1/3)*B*H also B*H
                       ---
                        3
  Cone
    Lateral Area (L.A.)
      L.A.=(1/2)*L*P also  L*P
                      ---
                       2
    Surface Area (S.A.)
      S.A.=((1/2)*L*P)+B also  L*P + B     |Note:  1/2 of L*P is the same as L.A.
                               ---         
                                2          
    Volume (V)
      V=(1/3)*B*H also B*H
                       ---
                        3
  Sphere
    Surface Area (S.A.)
      S.A.=4*(pi)*(R^2)                    |Note: you can multiply 4 by r^2  in order to have in terms of pi
    Volume (V)
      V=(4/3)*(pi)*(R^3) or  4*(pi)*(R^3)
                             ------------  |note: you can multiply 4/3 by r^3 to get in terms of pi
                                  3

III. The Formula program menu (main menu/orininal menu)
1: Pythagorian
   1: Hypotenuse----\   Radical
   2: Leg-----------/   Form
2: Quadratic Equation
   Both Answer after entering A,B,C
3: LineFormMenu (line formula menu)
   1: Distance----> Radical Form
   2: Midpoint
   3: Slope
4: Circle Menu
   1: Polygon Circle
      1: Radius
      2: Diameter
      3: Circumference
      4: Area
      5: Arc and Sectors (permission by ChipH588@aol.com)
   2: Graph Circle
      1: Radius
      2: Center's X
      3: Center's Y
      4: Point's X
      5: Points Y
      6: Graph it
5: Volumes and Areas
   1: 2d Figures
      1: Triangle
         1: Area
         2: Base
         3: Height
      2: Square and Rectangle
         1: Area
         2: Legnth
         3: Width 
      3: Rombus and Parallelogram
         1: Area
         2: Base
         3: Height
      4: Kite and Trapezoid
         1: Kite
            1: Area
            2: Diagonal 1
            3: Diagonal 2
         2: Trapezoid
            1: Area
            2: Base 1
            3: Base 2
            4: Height
   2: 3d figures
         1: Prism
            1: Lateral Area
               1: Lateral Area
               2: Perimeter
               3: Height
            2: Surface Area
               1: Surface Area
               2: Perimeter
               3: Height
               4: Base
            3: Volume
               1: Volume
               2: Base
               3: Height
         2: Pyramid
            1: Lateral Area
               1: Lateral Area
               2: Slant Height
               3: Perimeter
            2: Surface Area
               1: Surface Area
               2: Slant Height
               3: Perimeter
               4: Base
            3: Volume
               1: Volume
               2: Base
               3: Height
         3: Cylinder
            1: Lateral Area
               1: Lateral Area
               2: Perimeter
               3: Height
            2: Surface Area
               1: Surface Area
               2: Perimeter
               3: Height
               4: Base
            3: Volume
               1: Volume
               2: Base
               3: Height
         4: Cone
            1: Lateral Area
               1: Lateral Area
               2: Slant Height
               3: Perimeter
            2: Surface Area
               1: Surface Area
               2: Slant Height
               3: Perimeter
               4: Base
            3: Volume
               1: Volume
               2: Base
               3: Height
         5: Sphere
            1: Surface Area
               1: Surface Area
               2: Radius
            2: Volume
               1: Volume
               2: Radius

IV.The Formula App- main menu
1: Pythagorian Theorum
2: Quadratic Equation
3: Distance Formula (On a Graph)
4: Midpoint Formula (On a Graph)
5: Slope Formula
6: Polygon Circle
7: Arc And Sector (Permission by: ChipH588@aol.com)
8: Graph Circle
9: Triangle
0: Square And Rectangle (same formula)
A: Rombus and Parrallelogram (same formula)
B: Kite
C: Trapezoid
D: Prism
E: Cylinder
F: Pyramid
G: Cone
H: Sphere
I: Quit













