Shweta Patil
Walchand College of Engineering (WCE), Sangli
Shweta Patil has created this Calculator and 500+ more calculators!
Anamika Mittal
Vellore Institute of Technology (VIT), Bhopal
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11 Other formulas that you can solve using the same Inputs

Area of Triangle given 2 angles and third side
Area Of Triangle=(Side A^2*sin(Angle B)*sin(Angle C))/(2*sin((180*pi/180)-Angle B-Angle C)) GO
Volume of a triangular prism when two angles and a side between them are given
Volume=Length*Side A^2*sin(Angle A)*sin(Angle B)/(2*sin(Angle A+Angle B)) GO
Midline of a Trapezoid given diagonals, height and angle B between the diagonals
Midline of a trapezoid=((Diagonal 1*Diagonal 2)/2*Height)*sin(Angle B) GO
Height of a Trapezoid given diagonals, bases and angle B between the diagonals
Height=((Diagonal 1*Diagonal 2)/(Base A+Base B))*sin(Angle B) GO
side b of a triangle
Side B=sqrt(Side A^2+Side C^2-2*Side A*Side C*cos(Angle B)) GO
Fourth angle of quadrilateral when three angles are given
Angle Between Sides=360-(Angle A+Angle B+Angle C) GO
Third angle of a triangle when two angles are given
Angle Between Sides=180-(Angle A+Angle B) GO
Side a of a triangle given side b, angles A and B
Side A=(Side B*sin(Angle A))/sin(Angle B) GO
Peak to Valley Height
Height=Feed/(tan(Angle A)+cot(Angle B)) GO
Angle on the remaining part of the circumference when another angle on same chord is given
Angle A=1*Angle B GO
Angle at another point on circumference when angle on an arc is given
Angle A=1*Angle B GO

5 Other formulas that calculate the same Output

direction ratio of a line given z coordinates of end points of line
Direction cosine= (z2 coordinate in 3D space-z1 coordinate in 3D space) GO
direction ratio of a line given y coordinates of end points of line
Direction cosine= (y2 coordinate in 3D space-y1 coordinate in 3D space) GO
direction ratio of a line given x coordinates of end points of line
Direction cosine= (x2 coordinate in 3D space-x1 coordinate in 3D space) GO
Direction cosine of a line w.r.to z axis
Direction cosine=cos(Angle C) GO
Direction cosine of a line w.r.to x-axis
Direction cosine=cos(Angle A) GO

Direction cosine of a line w.r.to y axis Formula

Direction cosine=cos(Angle B)
d=cos(∠B)
More formulas
Direction cosine of a line w.r.to z axis GO
Direction cosine of a line w.r.to x-axis GO
Direction cosine w.r.to z axis given direction cosine w.r.to x and y axis GO
Direction cosine w.r.to y axis given direction cosine w.r.to x and z axis GO
Direction cosine w.r.to x axis given direction cosine w.r.to y and z axis GO
Direction cosine w.r.to x axis given direction ratio 1,2 & 3 GO
Direction cosine w.r.to y axis given direction ratio 1,2 & 3 GO
Direction cosine w.r.to z axis given direction ratio 1,2 & 3 GO
Direction cosine of line2 w.r.to x axis given angle between line 1 & 2 GO
Direction cosine of line1 w.r.to x axis given angle between line 1 & 2 GO
Direction cosine of line2 w.r.to z axis given angle between line 1 & 2 GO
Direction cosine of line2 w.r.to y axis given angle between line 1 & 2 GO
Direction cosine of line1 w.r.to z axis given angle between line 1 & 2 GO
Direction cosine of line1 w.r.to y axis given angle between line 1 & 2 GO
direction cosine w.r.to z axis given ⊥ distance from the origin to the plane GO
direction cosine w.r.to y axis given ⊥ distance from the origin to the plane GO
direction cosine w.r.to x axis given ⊥ distance from the origin to the plane GO
direction cosine w.r.to x axis given direction cosines w.r.to y & z axis and ⊥ distance GO
direction cosine w.r.to y axis given direction cosines w.r.to x & z axis and ⊥ distance GO
direction cosine w.r.to z axis given direction cosines w.r.to x & y axis and ⊥ distance GO
Direction cosine of plane1 w.r.to x axis given plane1 and plane2 are ⊥ to each other GO
Direction cosine of plane2 w.r.to x axis given plane1 and plane2 are ⊥ to each other GO
Direction cosine of plane1 w.r.to y axis given plane1 and plane2 are ⊥ to each other GO
Direction cosine of plane2 w.r.to y axis given plane1 and plane2 are ⊥ to each other GO
Direction cosine of plane1 w.r.to z axis given plane1 and plane2 are ⊥ to each other GO
Direction cosine of plane2 w.r.to z axis given plane1 and plane2 are ⊥ to each other GO
Direction cosine of plane1 w.r.to x axis given plane1 & 2 are || & direction cosines w.r.to y axis GO
Direction cosine of plane2 w.r.to x axis given plane1 & 2 are || & direction cosines w.r.to y axis GO
Direction cosine of plane1 w.r.to x axis given plane1 & 2 are || & direction cosines w.r.to z axis GO
Direction cosine of plane2 w.r.to x axis given plane1 & 2 are || & direction cosines w.r.to z axis GO
Direction cosine of plane1 w.r.to y axis given plane1 & 2 are || & direction cosines w.r.to x axis GO
Direction cosine of plane2 w.r.to y axis given plane1 & 2 are || & direction cosines w.r.to x axis GO
Direction cosine of plane1 w.r.to y axis given plane1 & 2 are || & direction cosines w.r.to z axis GO
Direction cosine of plane2 w.r.to y axis given plane1 & 2 are || & direction cosines w.r.to z axis GO
Direction cosine of plane1 w.r.to z axis given plane1 & 2 are || & direction cosines w.r.to x axis GO
Direction cosine of plane2 w.r.to z axis given plane1 & 2 are || & direction cosines w.r.to x axis GO
Direction cosine of plane1 w.r.to z axis given plane1 & 2 are || & direction cosines w.r.to y axis GO
Direction cosine of plane2 w.r.to z axis given plane1 & 2 are || & direction cosines w.r.to y axis GO

What is coordinate system in 3D space?

The three mutually perpendicular lines in a space which divides the space into eight parts and if these perpendicular lines are the coordinate axes, then it is said to be a coordinate system.

How to Calculate Direction cosine of a line w.r.to y axis?

Direction cosine of a line w.r.to y axis calculator uses Direction cosine=cos(Angle B) to calculate the Direction cosine, Direction cosine of a line w.r.to y axis is defined as cosine of angle made by a line with coordinate axis y. Direction cosine and is denoted by d symbol.

How to calculate Direction cosine of a line w.r.to y axis using this online calculator? To use this online calculator for Direction cosine of a line w.r.to y axis, enter Angle B (∠B) and hit the calculate button. Here is how the Direction cosine of a line w.r.to y axis calculation can be explained with given input values -> 0.707107 = cos(45).

FAQ

What is Direction cosine of a line w.r.to y axis?
Direction cosine of a line w.r.to y axis is defined as cosine of angle made by a line with coordinate axis y and is represented as d=cos(∠B) or Direction cosine=cos(Angle B). The angle B is one of the angles of a triangle.
How to calculate Direction cosine of a line w.r.to y axis?
Direction cosine of a line w.r.to y axis is defined as cosine of angle made by a line with coordinate axis y is calculated using Direction cosine=cos(Angle B). To calculate Direction cosine of a line w.r.to y axis, you need Angle B (∠B). With our tool, you need to enter the respective value for Angle B and hit the calculate button. You can also select the units (if any) for Input(s) and the Output as well.
How many ways are there to calculate Direction cosine?
In this formula, Direction cosine uses Angle B. We can use 5 other way(s) to calculate the same, which is/are as follows -
  • Direction cosine=cos(Angle C)
  • Direction cosine=cos(Angle A)
  • Direction cosine= (z2 coordinate in 3D space-z1 coordinate in 3D space)
  • Direction cosine= (y2 coordinate in 3D space-y1 coordinate in 3D space)
  • Direction cosine= (x2 coordinate in 3D space-x1 coordinate in 3D space)
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