Search Formulas

50 Matching formulas found!

The Rectangle Length of Grid formula is a straight line connecting two vertices of the Rectangle of the Grid.

l Rectangle = (N l \cdot l e(Hole)) + ((N l + 1) \cdot t Bar)

Rectangle Length of Grid given Perimeter and Width of Rectangle

The Rectangle Length of Grid given Perimeter and Width of Rectangle formula is the length of the Rectangle in which the grid holes are made, and calculated by using the perimeter and width of the Grid Rectangle.

l Rectangle = \frac{P - (2 \cdot w Rectangle) - (4 \cdot N l \cdot N w \cdot l e(Hole))}{2}

Rectangle Side of Crossed Rectangle

Rectangle Side of Crossed Rectangle formula is defined as the unequal side of any of the isosceles triangles present in the Crossed Rectangle.

S Rectangle = \sqrt{(4 \cdot {l Leg}^{2}) - {l Base}^{2}}

Rectangle Side of Crossed Rectangle given Area

Rectangle Side of Crossed Rectangle given Area formula is defined as the unequal side of any of the isosceles triangles present in the Crossed Rectangle, and calculated using the area of the Crossed Rectangle.

S Rectangle = \frac{2 \cdot A}{l Base}

Rectangle Width of Grid

Rectangle Width of Grid is used for describing the width of Rectangles that are formed in the grid when the horizontal and vertical bars intersect in a certain manner.

w Rectangle = (N w \cdot l e(Hole)) + ((N w + 1) \cdot t Bar)

Rectangle Width of Grid given Perimeter and Length of Rectangle

The Rectangle Width of Grid given Perimeter and Length of Rectangle formula is defined as the width of the whole rectangular shape of the Grid and calculated using the perimeter of the Grid and the length of the Rectangle.

w Rectangle = \frac{P - (2 \cdot l Rectangle) - (4 \cdot N l \cdot N w \cdot l e(Hole))}{2}

Long Rectangle Side of Cut Rectangle

The Long Rectangle Side of Cut Rectangle formula is defined as the length of the Rectangle from which the Cut Rectangle shape forms.

S Long = P - (S Short + S Long Cut + S Short Cut + S Slant)

Short Rectangle Side of Cut Rectangle

The Short Rectangle Side of Cut Rectangle formula is defined as the breadth of the Rectangle from which the Cut Rectangle shape forms.

S Short = P - (S Long + S Long Cut + S Short Cut + S Slant)

Long Rectangle Side of Cut Rectangle given all other Sides

The Long Rectangle Side of Cut Rectangle given all other Sides formula is defined as the length of the Rectangle from which the Cut Rectangle shape forms, and calculated using all other sides of the Cut Rectangle.

S Long = S Long Cut + \sqrt{{S Slant}^{2} - {(S Short - S Short Cut)}^{2}}

Short Rectangle Side of Cut Rectangle given all other Sides

The Short Rectangle Side of Cut Rectangle given all other Sides formula is defined as the breadth of the Rectangle from which the Cut Rectangle shape forms, and calculated using all other sides of the Cut Rectangle.

S Short = S Short Cut + \sqrt{{S Slant}^{2} - {(S Long - S Long Cut)}^{2}}

Area of Cut Rectangle given Perimeter and Long Rectangle Side

Area of Cut Rectangle given Perimeter and Long Rectangle Side formula is defined as the total quantity of plane enclosed by the boundary of the Cut Rectangle.

A = (S Long \cdot S Short) - \frac{(S Long - (P - (S Long + S Short + S Short Cut + S Slant))) \cdot (S Short - S Short Cut)}{2}

Area of Cut Rectangle given Perimeter and Short Rectangle Side

Area of Cut Rectangle given Perimeter and Short Rectangle Side formula is defined as the total quantity of plane enclosed by the boundary of the Cut Rectangle.

A = (S Long \cdot S Short) - \frac{(S Long - S Long Cut) \cdot (S Short - (P - (S Long + S Short + S Long Cut + S Slant)))}{2}

Area of Rectangle

Area of Rectangle is defined as the total quantity of plane enclosed by the boundary of the Rectangle.

A = l \cdot b

Diagonal of Rectangle

Diagonal of Rectangle formula is defined as the length of the line joining any pair of opposite vertices of the Rectangle.

d = \sqrt{l^{2} + b^{2}}

Area of Cut Rectangle

The Area of Cut Rectangle formula is defined as the total quantity of plane enclosed by the boundary of the Cut Rectangle.

A = (S Long \cdot S Short) - \frac{(S Long - S Long Cut) \cdot (S Short - S Short Cut)}{2}

Perimeter of Rectangle

Perimeter of Rectangle formula is defined as the total length of all the boundary lines of the Rectangle.

P = 2 \cdot (l + b)

Area of Golden Rectangle

The Area of Golden Rectangle formula is defined as the total quantity of plane enclosed by the boundary of Golden Rectangle.

A = \frac{l^{2}}{[phi]}

Wetted Area for Rectangle

The Wetted Area for Rectangle formula is defined as the total area of section in contact with water while flow taking place in rectangular channel.

A rect = B rect \cdot D f

Area of Crossed Rectangle

The Area of Crossed Rectangle formula is defined as the total quantity of plane enclosed by the boundary of the Crossed Rectangle.

A = \frac{l Base \cdot S Rectangle}{2}

Circumradius of Rectangle

Circumradius of Rectangle formula is defined as the radius of the circle which contains the Rectangle with all the vertices of Rectangle are lying on the circle.

r c = \frac{\sqrt{l^{2} + b^{2}}}{2}

Width of Rectangle Picture

The Width of Rectangle Picture formula is defined as the dimension of the frame that describe the picture width or how wide the picture can be compromised inside frame.

w = h \cdot AR

Length of Golden Rectangle

The Length of Golden Rectangle formula is defined as the length of the longest edge of the Golden Rectangle.

l = [phi] \cdot b

Perimeter of Cut Rectangle

The Perimeter of Cut Rectangle formula is defined as the total length of all the boundary lines of the Cut Rectangle.

P = S Long + S Short + S Long Cut + S Short Cut + S Slant

Slant Side of Cut Rectangle

The Slant Side of Cut Rectangle formula is defined as the length of the slant forms after removing the cut portion from the Rectangle, to create the Cut Rectangle.

S Slant = \sqrt{{(S Long - S Long Cut)}^{2} + {(S Short - S Short Cut)}^{2}}

Breadth of Golden Rectangle

The Breadth of Golden Rectangle formula is defined as the length of the shortest edge of the Golden Rectangle.

b = \frac{l}{[phi]}

Diagonal of Golden Rectangle

The Diagonal of Golden Rectangle formula is defined as the distance between any pair of opposite vertices of Golden Rectangle.

d = \sqrt{1 + \frac{1}{{[phi]}^{2}}} \cdot l

Section Factor for Rectangle

The Section Factor for Rectangle is defined as the ratio that is obtained in critical flow in open channel in rectangular channel.

Z rect = B rect \cdot {D f}^{1.5}

Number of Rectangles in Grid

Number of Rectangles in Grid formula is defined as the total count of Rectangles that can be formed inside a grid created using a given set of horizontal and vertical lines from a plane.

N Rectangles = C (N Horizontal Lines + 1, 2) \cdot C (N Vertical Lines + 1, 2)

Perimeter of Golden Rectangle

The Perimeter of Golden Rectangle formula is defined as the total length of all the boundary lines of the Golden Rectangle.

P = 2 \cdot (1 + \frac{1}{[phi]}) \cdot l

Long Cut Side of Cut Rectangle

The Long Cut Side of Cut Rectangle formula is defined as the remaining length of the length of Rectangle from which the Cut Rectangle shape forms, after removing the cut portion.

S Long Cut = P - (S Long + S Short + S Short Cut + S Slant)

Perimeter of Crossed Rectangle

The Perimeter of Crossed Rectangle formula is defined as the total length of all the boundary lines of the Crossed Rectangle.

P = (2 \cdot l Base) + (4 \cdot l Leg)

Apex Angle of Crossed Rectangle

The Apex Angle of Crossed Rectangle formula is defined as the unequal angle of any of the isosceles triangles in the Crossed Rectangle.

∠ Apex = \arccos (\frac{(2 \cdot {l Leg}^{2}) - {l Base}^{2}}{2 \cdot {l Leg}^{2}})

Base Angle of Crossed Rectangle

The Base Angle of Crossed Rectangle formula is defined as the equal angles of any of the isosceles triangles present in the Crossed Rectangle.

∠ Base = \frac{∠ Intersection}{2}

Short Cut Side of Cut Rectangle

The Short Cut Side of Cut Rectangle formula is defined as the remaining length of breadth of the Rectangle from which the Cut Rectangle shape forms, after removing the cut portion.

S Short Cut = P - (S Long + S Short + S Long Cut + S Slant)

Correction Factor for Rectangle

The Correction Factor for Rectangle formula is defined as the shape corrections for bearing-capacity factors of Shallow Foundations.

N q = 1 + (\frac{B}{L}) \cdot (\tan (φ))

Leg Length of Crossed Rectangle

Leg Length of Crossed Rectangle is defined as the length of equal sides of any of the isosceles triangles present in the Crossed Rectangle.

l Leg = \frac{\sqrt{{l Base}^{2} + {S Rectangle}^{2}}}{2}

Breadth of Rectangle given Area

Breadth of Rectangle given Area formula is defined as any one of the pair of parallel sides which are shorter than the remaining pair of parallel sides, and calculated using area of the Rectangle.

b = \frac{A}{l}

Base Length of Crossed Rectangle

Base Length of Crossed Rectangle is defined as the distance between the base corners or the top corners of each isosceles triangle in the Crossed Rectangle.

l Base = \sqrt{(4 \cdot {l Leg}^{2}) - {S Rectangle}^{2}}

Height of Rectangle Picture Frame

The Height of Rectangle Picture Frame formula is defined as the total height of the frame adopted in TV system.

h = \frac{w}{AR}

Correction Factor Ny for Rectangle

The Correction Factor Ny for Rectangle formula is defined as the shape corrections for bearing-capacity factors of Shallow Foundations.

N ϒ = 1 - 0.4 \cdot (\frac{B}{L})

Correction Factor Nc for Rectangle

The Correction Factor Nc for Rectangle formula is defined as the shape corrections for bearing-capacity factors of Shallow Foundations.

N c = 1 + (\frac{B}{L}) \cdot (\frac{N q}{N c})

Breadth of Rectangle given Diagonal

Breadth of Rectangle given Diagonal formula is defined as any one of the pair of parallel sides which are shorter than the remaining pair of parallel sides, and calculated using diagonal of the Rectangle.

b = \sqrt{d^{2} - l^{2}}

Breadth of Rectangle given Perimeter

Breadth of Rectangle given Perimeter formula is defined as any one of the pair of parallel sides which are shorter than the remaining pair of parallel sides, and calculated using perimeter of the Rectangle.

b = \frac{P - (2 \cdot l)}{2}

Diagonal of Rectangle of House Shape

The Diagonal of Rectangle of House Shape formula is defined as the line segment or straight line that connects the opposite corner or vertex of the Rectangle. A Rectangle has two diagonals and each is of the same length.

d Rectangle = \sqrt{{l Base}^{2} + {h Wall}^{2}}

Length of Golden Rectangle given Area

The Length of Golden Rectangle given Area formula is defined as the length of the longest edge of the Golden Rectangle and calculated using the area of the Golden Rectangle.

l = \sqrt{[phi] \cdot A}

Diameter of Circumcircle of Rectangle

The Diameter of Circumcircle of Rectangle formula is defined as the diameter of the circle which contains the Rectangle with all the vertices of Rectangle are lying on the circle.

D c = \sqrt{l^{2} + b^{2}}

Breadth of Golden Rectangle given Area

The Breadth of Golden Rectangle given Area formula is defined as the length of the shortest edge of the Golden Rectangle and calculated using the area of the Golden Rectangle.

b = \sqrt{\frac{A}{[phi]}}

Area of Golden Rectangle given Breadth

The Area of Golden Rectangle given Breadth formula is defined as the total quantity of plane enclosed by the boundary of the Golden Rectangle and calculated using the breadth of the Golden Rectangle.

A = [phi] \cdot b^{2}

Discharge over Rectangle Notch or Weir

Discharge over Rectangle Notch or Weir can be determined using various empirical equations or hydraulic formulas specific to the geometry and characteristics of the notch or weir.

Q th = \frac{2}{3} \cdot C d \cdot L w \cdot \sqrt{2 \cdot [g]} \cdot H^{\frac{3}{2}}

Area of Cut Rectangle given Slant Side

Area of Cut Rectangle given Slant Side formula is defined as the total quantity of plane enclosed by the boundary of the Cut Rectangle.

A = (S Long \cdot S Short) - \frac{\sqrt{{S Slant}^{2} - {(S Short - S Short Cut)}^{2}} \cdot (S Short - S Short Cut)}{2}

Select Filter

50 Matching formulas found!

How to find Formulas?

Physics Chemistry Math Chemical Engineering Civil Electrical Electronics Electronics and Instrumentation Materials Science Mechanical Production Engineering Financial Health