Shweta Patil
Walchand College of Engineering (WCE), Sangli
Shweta Patil has created this Calculator and 500+ more calculators!
Shashwati Tidke
Vishwakarma Institute of Technology (VIT), Pune
Shashwati Tidke has verified this Calculator and 200+ more calculators!

11 Other formulas that you can solve using the same Inputs

Distance between two points P(x1,y1,z1) & Q(x2,y2,z2)
distance between points in 3D space=sqrt((x1 coordinate in 3D space-x2 coordinate in 3D space)^2+ (y1 coordinate in 3D space-y2 coordinate in 3D space)^2+ (z1 coordinate in 3D space-z2 coordinate in 3D space)^2) GO
x coordinate of a point given distance from origin to point and y & z coordinate of that point
x1 coordinate in 3D space= sqrt((distance in 3D space)^2- (y1 coordinate in 3D space)^2- (z1 coordinate in 3D space)^2) GO
y coordinate of a point given distance from origin to point and x & z coordinate of that point
y1 coordinate in 3D space= sqrt((distance in 3D space)^2- (x1 coordinate in 3D space)^2- (z1 coordinate in 3D space)^2) GO
Distance of a point from origin
distance in 3D space= sqrt((x1 coordinate in 3D space)^2+ (y1 coordinate in 3D space)^2+ (z1 coordinate in 3D space)^2) GO
z coordinate of a point given y coordinate and Perpendicular distance of that point from x axis
z1 coordinate in 3D space=sqrt ((Perpendicular distance from point to axis)^2- (y1 coordinate in 3D space)^2) GO
z coordinate of a point given x coordinate and Perpendicular distance of that point from y axis
z1 coordinate in 3D space=sqrt ((Perpendicular distance from point to axis)^2- (x1 coordinate in 3D space)^2) GO
x coordinate of a point given z coordinate and Perpendicular distance of that point from y axis
x1 coordinate in 3D space=sqrt ((Perpendicular distance from point to axis)^2- (z1 coordinate in 3D space)^2) GO
x coordinate of a point given y coordinate and Perpendicular distance of that point from z axis
x1 coordinate in 3D space=sqrt ((Perpendicular distance from point to axis)^2- (y1 coordinate in 3D space)^2) GO
y coordinate of a point given x coordinate and Perpendicular distance of that point from z axis
y1 coordinate in 3D space=sqrt ((Perpendicular distance from point to axis)^2- (x1 coordinate in 3D space)^2) GO
Perpendicular distance of a point from y axis given x & z coordinate of that point
Perpendicular distance from point to axis= sqrt ((x1 coordinate in 3D space)^2+(z1 coordinate in 3D space)^2) GO
Perpendicular distance of a point from x axis given y & z coordinate of that point
Perpendicular distance from point to axis= sqrt ((y1 coordinate in 3D space)^2+(z1 coordinate in 3D space)^2) GO

4 Other formulas that calculate the same Output

y coordinate of a point given distance from origin to point and x & z coordinate of that point
y1 coordinate in 3D space= sqrt((distance in 3D space)^2- (x1 coordinate in 3D space)^2- (z1 coordinate in 3D space)^2) GO
y coordinate of a point given x coordinate and Perpendicular distance of that point from z axis
y1 coordinate in 3D space=sqrt ((Perpendicular distance from point to axis)^2- (x1 coordinate in 3D space)^2) GO
y1 coordinate of a line given y2 coordinate & projection of that line w.r.to y axis
y1 coordinate in 3D space= y2 coordinate in 3D space-projection of line GO
y1 coordinate of end point of line given direction ratio and y2 coordinate of other end of that line
y1 coordinate in 3D space= Direction ratio 1-y2 coordinate in 3D space GO

y coordinate of a point given z coordinate and Perpendicular distance of that point from x axis Formula

y1 coordinate in 3D space=sqrt ((Perpendicular distance from point to axis)^2- (z1 coordinate in 3D space)^2)
y1=sqrt ((P)^2- (z1)^2)
More formulas
y coordinate of a point given distance from origin to point and x & z coordinate of that point GO
y coordinate of a point given x coordinate and Perpendicular distance of that point from z axis GO
y coordinate of point dividing the line joining P & Q internally in ratio m1:m2 GO
y coordinate of point dividing the line joining P & Q externally in ratio m1:m2 GO
y coordinate of point dividing the line joining P & Q at middle GO
y coordinate of centroid of triangle GO
y coordinate of centroid of tetrahedron GO
y1 coordinate of end point of line given direction ratio and y2 coordinate of other end of that line GO
y2 coordinate of end point of line given direction ratio and y1 coordinate of other end of that line GO
y2 coordinate of a line given y1 coordinate & projection of that line w.r.to y axis GO
y1 coordinate of a line given y2 coordinate & projection of that line w.r.to y axis GO
y coordinate of foot of perpendicular N from the origin on the plane GO
y coordinate of normal given direction cosines & ⊥ distance from the origin to the plane GO
y coordinate of point given ⊥ distance between plane and a point GO
y coordinate of centre of sphere given radius and x, z coordinates of sphere GO
y coordinate of centre of sphere of form x2+y2+z2+2ux +2vy+2wz+d=0 & radius of sphere GO
y coordinate of centre of sphere of form x2+y2+z2+(2u/a)x+(2v/a)y+(2w/a)z+ d/a=0 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 y coordinate of a point given z coordinate and Perpendicular distance of that point from x axis?

y coordinate of a point given z coordinate and Perpendicular distance of that point from x axis calculator uses y1 coordinate in 3D space=sqrt ((Perpendicular distance from point to axis)^2- (z1 coordinate in 3D space)^2) to calculate the y1 coordinate in 3D space, y coordinate of a point given z coordinate and Perpendicular distance of that point from x axis is defined as a point on y axis in 3D space. y1 coordinate in 3D space and is denoted by y1 symbol.

How to calculate y coordinate of a point given z coordinate and Perpendicular distance of that point from x axis using this online calculator? To use this online calculator for y coordinate of a point given z coordinate and Perpendicular distance of that point from x axis, enter Perpendicular distance from point to axis (P) and z1 coordinate in 3D space (z1) and hit the calculate button. Here is how the y coordinate of a point given z coordinate and Perpendicular distance of that point from x axis calculation can be explained with given input values -> 9.797959 = sqrt ((10)^2- (2)^2).

FAQ

What is y coordinate of a point given z coordinate and Perpendicular distance of that point from x axis?
y coordinate of a point given z coordinate and Perpendicular distance of that point from x axis is defined as a point on y axis in 3D space and is represented as y1=sqrt ((P)^2- (z1)^2) or y1 coordinate in 3D space=sqrt ((Perpendicular distance from point to axis)^2- (z1 coordinate in 3D space)^2). Perpendicular distance from point to axis is defined as distance from point to the axis, measured along a line that is perpendicular to one or both and z1 coordinate in 3D space is a point on z axis in 3 dimensional space corresponding to point P.
How to calculate y coordinate of a point given z coordinate and Perpendicular distance of that point from x axis?
y coordinate of a point given z coordinate and Perpendicular distance of that point from x axis is defined as a point on y axis in 3D space is calculated using y1 coordinate in 3D space=sqrt ((Perpendicular distance from point to axis)^2- (z1 coordinate in 3D space)^2). To calculate y coordinate of a point given z coordinate and Perpendicular distance of that point from x axis, you need Perpendicular distance from point to axis (P) and z1 coordinate in 3D space (z1). With our tool, you need to enter the respective value for Perpendicular distance from point to axis and z1 coordinate in 3D space 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 y1 coordinate in 3D space?
In this formula, y1 coordinate in 3D space uses Perpendicular distance from point to axis and z1 coordinate in 3D space. We can use 4 other way(s) to calculate the same, which is/are as follows -
  • y1 coordinate in 3D space= sqrt((distance in 3D space)^2- (x1 coordinate in 3D space)^2- (z1 coordinate in 3D space)^2)
  • y1 coordinate in 3D space=sqrt ((Perpendicular distance from point to axis)^2- (x1 coordinate in 3D space)^2)
  • y1 coordinate in 3D space= Direction ratio 1-y2 coordinate in 3D space
  • y1 coordinate in 3D space= y2 coordinate in 3D space-projection of line
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