MathHelper.io
1.0.0.3
Easy way to work with mathematical formulas
InstallPackage MathHelper.io Version 1.0.0.3
dotnet add package MathHelper.io version 1.0.0.3
<PackageReference Include="MathHelper.io" Version="1.0.0.3" />
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paket add MathHelper.io version 1.0.0.3
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MathHelper.io
This is a math nuget package used to simplify a lot of mathematical operations and formulas
 IsOdd  checks if a number is odd or not
 IsEven  checks if a number is even or not
 IsPrime  checks if a number is prime or not
 Add  adds two numbers. Ex: 2.Add(3) = 5
 Sum  adds a list of numbers. Ex: {1,2,3,4,5,6,7,8,9,10}.Sum() = 55
 Substract  substracts two numbers. Ex: 7.Subsctract(10) = 3
 Average  find the average of multiple numbers.
 WeightedAverage  finds the average using the weights of respective values
AREA
 Square  A = s^2; where s = any side of the square
 Rectangle  A = l*w; where l = length and w = width
 Parallelogram  A = b*h; where b = base and h = height
 Triangle  A= 1/2bh; where b = base and h = height
 Circle  A = π*r^2; where π= 3.14 and r = radius
 Trapezoid  A = 1/2(b1 + b2)*h; where b1,b2 are the bases
 Sphere  S = 4πr^2; where s= Surface area
SURFACE AREA(SA)
 Cube  SA = 6*s^2; where s = any side
 Cylinder (lateral)  SA = 2πr*h; where π = 3.14 by default, r = radius, h = height
PERIMETER (P)
 Square  P = 4*s; where s = any side
 Rectangle  P = 2l + 2w; where l = length and w = width
 Triangle  P = s1 + s2 + s3; where s is a side
 AnyShape  P = the length of all shapes added together
 Circle (Circumference)  C = π*d; where π = 3.14 by default and d = diameter
VOLUME (V)
 Cube  V = s^3; where s = any side
 Rectangular  V = lwh; where l = length, w = width and h = height
 SquarePyramid  V = (1/3)b^2h; where b = base length, w = width and h = height
 Cylinder  V = πr^2h; where π = 3.14 by default, r = radius and h = height
 Cone  V = (1/3)πr^2*h; where π = 3.14 by default, r = radius and h = height
 Sphere  V = (4/3)πr^3; where r = radius and π = 3.14 by default
 RightCircularCylinder  V = πr^2h; where r = radius, v = volume and h = height.
FORMULAS/EQUATIONS
 DistanceBetweenTwoPoints  d = sqrt((x2x1)^2 + (y2y1)^2), where (x1,y1) and (x2,y2) are two points on a coordinate plane
 SlopeOfLine  m = (y2y)/(x2x1); where where (x1,y1) and (x2,y2) are two points on a coordinate plane
 QuadraticEquation  ax^2 + bx +c = 0; where a and b are coefficients and c is constant
 StandartEquationOfCircle  (xh)^2 + (yk)^2 = r^2; where r is the radius and (h,k) is the center
 QuadraticFormula  x = (b + sqrt(b^2  4ac))/(2a); where a and b are coefficients and c is constant
 PointSlopeEquation  yy1 = m(xx1); where m is the slope and the point is (x1,y1)
 SlopeInterceptEquation  y = mx +b; where m is the slope nd b is the yintercept
MathHelper.io
This is a math nuget package used to simplify a lot of mathematical operations and formulas
 IsOdd  checks if a number is odd or not
 IsEven  checks if a number is even or not
 IsPrime  checks if a number is prime or not
 Add  adds two numbers. Ex: 2.Add(3) = 5
 Sum  adds a list of numbers. Ex: {1,2,3,4,5,6,7,8,9,10}.Sum() = 55
 Substract  substracts two numbers. Ex: 7.Subsctract(10) = 3
 Average  find the average of multiple numbers.
 WeightedAverage  finds the average using the weights of respective values
AREA
 Square  A = s^2; where s = any side of the square
 Rectangle  A = l*w; where l = length and w = width
 Parallelogram  A = b*h; where b = base and h = height
 Triangle  A= 1/2bh; where b = base and h = height
 Circle  A = π*r^2; where π= 3.14 and r = radius
 Trapezoid  A = 1/2(b1 + b2)*h; where b1,b2 are the bases
 Sphere  S = 4πr^2; where s= Surface area
SURFACE AREA(SA)
 Cube  SA = 6*s^2; where s = any side
 Cylinder (lateral)  SA = 2πr*h; where π = 3.14 by default, r = radius, h = height
PERIMETER (P)
 Square  P = 4*s; where s = any side
 Rectangle  P = 2l + 2w; where l = length and w = width
 Triangle  P = s1 + s2 + s3; where s is a side
 AnyShape  P = the length of all shapes added together
 Circle (Circumference)  C = π*d; where π = 3.14 by default and d = diameter
VOLUME (V)
 Cube  V = s^3; where s = any side
 Rectangular  V = lwh; where l = length, w = width and h = height
 SquarePyramid  V = (1/3)b^2h; where b = base length, w = width and h = height
 Cylinder  V = πr^2h; where π = 3.14 by default, r = radius and h = height
 Cone  V = (1/3)πr^2*h; where π = 3.14 by default, r = radius and h = height
 Sphere  V = (4/3)πr^3; where r = radius and π = 3.14 by default
 RightCircularCylinder  V = πr^2h; where r = radius, v = volume and h = height.
FORMULAS/EQUATIONS
 DistanceBetweenTwoPoints  d = sqrt((x2x1)^2 + (y2y1)^2), where (x1,y1) and (x2,y2) are two points on a coordinate plane
 SlopeOfLine  m = (y2y)/(x2x1); where where (x1,y1) and (x2,y2) are two points on a coordinate plane
 QuadraticEquation  ax^2 + bx +c = 0; where a and b are coefficients and c is constant
 StandartEquationOfCircle  (xh)^2 + (yk)^2 = r^2; where r is the radius and (h,k) is the center
 QuadraticFormula  x = (b + sqrt(b^2  4ac))/(2a); where a and b are coefficients and c is constant
 PointSlopeEquation  yy1 = m(xx1); where m is the slope and the point is (x1,y1)
 SlopeInterceptEquation  y = mx +b; where m is the slope nd b is the yintercept
Dependencies

.NETCoreApp 2.0
 No dependencies.
GitHub Usage
This package is not used by any popular GitHub repositories.