Shweta Patil
Walchand College of Engineering (WCE), Sangli
Shweta Patil has created this Calculator and 400+ more calculators!
Nishan Poojary
Shri Madhwa Vadiraja Institute of Technology and Management (SMVITM), Udupi
Nishan Poojary has verified this Calculator and 100+ more calculators!

11 Other formulas that you can solve using the same Inputs

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
Current Value for Alternating Current
Electric Current=Peak Current*sin(Angular Frequency*Time+Angle A) GO
Side a of a triangle
Side A=sqrt((Side B)^2+(Side C)^2-2*Side B*Side C*cos(Angle A)) 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
Work
Work =Force*Displacement*cos(Angle A) GO
Chord Length when radius and angle are given
Chord Length=sin(Angle A/2)*2*Radius GO
Arc Length
Arc Length=2*pi*Radius*(Angle A/360) GO
sin2A given angle A
Sin2A=2*sin(Angle A)*cos(Angle A) GO

3 Other formulas that calculate the same Output

Direction cosine of plane2 w.r.to y axis given plane1 and plane2 are ⊥ to each other
Direction cosine 2 with respect to y axis=-((Direction cosine with respect to x axis*Direction cosine 2 with respect to x axis)-(Direction cosine with respect to z axis*Direction cosine 2 with respect to z axis))/(Direction cosine with respect to y axis) GO
Direction cosine of plane2 w.r.to y axis given plane1 & 2 are || & direction cosines w.r.to x axis
Direction cosine 2 with respect to y axis= ((Direction cosine 2 with respect to x axis) /(Direction cosine with respect to x axis))* (Direction cosine with respect to y axis) GO
Direction cosine of plane2 w.r.to y axis given plane1 & 2 are || & direction cosines w.r.to z axis
Direction cosine 2 with respect to y axis= ((Direction cosine 2 with respect to z axis) /(Direction cosine with respect to z axis))* (Direction cosine with respect to y axis) GO

Direction cosine of line2 w.r.to y axis given angle between line 1 & 2 Formula

Direction cosine 2 with respect to y axis= cos(Angle A)-(Direction cosine with respect to x axis*Direction cosine 2 with respect to x axis)-(Direction cosine with respect to z axis*Direction cosine 2 with respect to z axis)/(Direction cosine with respect to y axis)
m2= cos(∠A)-(l*l2)-(n*n2)/(m)
More formulas
Direction cosine of a line w.r.to y axis GO
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 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 line2 w.r.to y axis given angle between line 1 & 2?

Direction cosine of line2 w.r.to y axis given angle between line 1 & 2 calculator uses Direction cosine 2 with respect to y axis= cos(Angle A)-(Direction cosine with respect to x axis*Direction cosine 2 with respect to x axis)-(Direction cosine with respect to z axis*Direction cosine 2 with respect to z axis)/(Direction cosine with respect to y axis) to calculate the Direction cosine 2 with respect to y axis, Direction cosine of line2 w.r.to y axis given angle between line 1 & 2 is defined as cosine of angle formed by line 2 with y axis and other line. Direction cosine 2 with respect to y axis and is denoted by m2 symbol.

How to calculate Direction cosine of line2 w.r.to y axis given angle between line 1 & 2 using this online calculator? To use this online calculator for Direction cosine of line2 w.r.to y axis given angle between line 1 & 2, enter Angle A (∠A), Direction cosine with respect to x axis (l), Direction cosine 2 with respect to x axis (l2), Direction cosine with respect to z axis (n), Direction cosine 2 with respect to z axis (n2) and Direction cosine with respect to y axis (m) and hit the calculate button. Here is how the Direction cosine of line2 w.r.to y axis given angle between line 1 & 2 calculation can be explained with given input values -> 0.666025 = cos(0.5235987755982)-(1*0.1)-(1*0.1)/(1) .

FAQ

What is Direction cosine of line2 w.r.to y axis given angle between line 1 & 2?
Direction cosine of line2 w.r.to y axis given angle between line 1 & 2 is defined as cosine of angle formed by line 2 with y axis and other line and is represented as m2= cos(∠A)-(l*l2)-(n*n2)/(m) or Direction cosine 2 with respect to y axis= cos(Angle A)-(Direction cosine with respect to x axis*Direction cosine 2 with respect to x axis)-(Direction cosine with respect to z axis*Direction cosine 2 with respect to z axis)/(Direction cosine with respect to y axis) . The angle A is one of the angles of a triangle, Direction cosine with respect to x axis is the cosine of angle made by a line w.r.to x axis, Direction cosine 2 with respect to x axis is the cosine of angle made by a line w.r.to x axis, Direction cosine with respect to z axis is the cosine of angle made by a line w.r.to z axis, Direction cosine 2 with respect to z axis is the cosine of angle made by a line w.r.to z axis and Direction cosine with respect to y axis is the cosine of angle made by a line w.r.to y axis.
How to calculate Direction cosine of line2 w.r.to y axis given angle between line 1 & 2?
Direction cosine of line2 w.r.to y axis given angle between line 1 & 2 is defined as cosine of angle formed by line 2 with y axis and other line is calculated using Direction cosine 2 with respect to y axis= cos(Angle A)-(Direction cosine with respect to x axis*Direction cosine 2 with respect to x axis)-(Direction cosine with respect to z axis*Direction cosine 2 with respect to z axis)/(Direction cosine with respect to y axis) . To calculate Direction cosine of line2 w.r.to y axis given angle between line 1 & 2, you need Angle A (∠A), Direction cosine with respect to x axis (l), Direction cosine 2 with respect to x axis (l2), Direction cosine with respect to z axis (n), Direction cosine 2 with respect to z axis (n2) and Direction cosine with respect to y axis (m). With our tool, you need to enter the respective value for Angle A, Direction cosine with respect to x axis, Direction cosine 2 with respect to x axis, Direction cosine with respect to z axis, Direction cosine 2 with respect to z axis and Direction cosine with respect to y axis 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 2 with respect to y axis?
In this formula, Direction cosine 2 with respect to y axis uses Angle A, Direction cosine with respect to x axis, Direction cosine 2 with respect to x axis, Direction cosine with respect to z axis, Direction cosine 2 with respect to z axis and Direction cosine with respect to y axis. We can use 3 other way(s) to calculate the same, which is/are as follows -
  • Direction cosine 2 with respect to y axis=-((Direction cosine with respect to x axis*Direction cosine 2 with respect to x axis)-(Direction cosine with respect to z axis*Direction cosine 2 with respect to z axis))/(Direction cosine with respect to y axis)
  • Direction cosine 2 with respect to y axis= ((Direction cosine 2 with respect to x axis) /(Direction cosine with respect to x axis))* (Direction cosine with respect to y axis)
  • Direction cosine 2 with respect to y axis= ((Direction cosine 2 with respect to z axis) /(Direction cosine with respect to z axis))* (Direction cosine with respect to y axis)
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