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The Cartesian coordinate system can be used to describe three-dimensional space using three axes instead of two. What are their labels?
x y and z
When the Cartesian coordinate system is used to describe three-dimensional space one needs three axes These axes are typically called the and axes?
x, y, and z
When the Cartesian coordinate system is used to describe three-dimensional space one needs three axes. These axes are typically called the and axes.?
x, y and z axes.
Can three dimensional figures can be located on a Cartesian coordinate system?
Yes. All you need is three mutually perpendicular axes (instead of two). To visualise this, look at the corner of a room. There will be three lines coming together at the corner: floor and one wall, floor and another wall, and the two walls. These three lines would act as your axes to describe the 3-d space of the room. The axes are usually labelled x, y and z. Mathematicians (and physicists) have no problem in dealing with coordinate systems in 4 or more dimensions.
What is the Definition of Cartesian coordinate system?
A system for identifying points on a plane or in space by their coordinates is called a Cartesian coordinate system.In a plane (2-dimensional), the Cartesian coordinate system is determined by the two perpendicular directed lines Ox as x-axis, and Oy as y-axis (where the point of intersection O is the origin) and the given unit length.For any point P in the plane, let M and Nbe points on the x-axis and y-axis such that PM is parallel to y-axis and PN is parallel to x-axis. If OM = x and ON = y, then (x, y) are the coordinates of the point P in this Cartesian coordinate system.Normally, Ox and Oy are chosen so that an an anticlockwise rotation of one right angle takes the positive x-direction to the positive y-direction.In 3-dimensional space, the Cartesian coordinate system is determined by the three mutually perpendicular directed lines Ox as x-axis, and Oy as y-axis,and OZ as z-axis (where the point of intersection O is the origin).For any point P in a space, let L be the point where the plane through P, parallel to the plane containing the y-axis and z-axis, meets the x-axis. Alternatively, L is the point on the x-axis such that PL is perpendicular to the x-axis. Let M and N be points on the y-axis and z-axis. The points L, M, and N are in fact three of vertixes of the cuboid with three of its edges along the coordinate axes and with O and P as opposite vertixes. If OL = x and OM = y, and ON = z, then (x, y, z) are the coordinates of the point P in this Cartesian coordinate system.
Can the cartesian coordinate system have 3 dimensions?
Yes and its imaginary axis is z. ============================ I have a 3-dimensional Cartesian coordinate system with all three axes real. Its origin is the point where the floor and two walls of my bedroom meet.
Can three-dimensional figures can be located on a Cartesian coordinate system?
Yes, the Cartesian coordinate system is routinely extended to 3 and more dimensions. In 3-d the location of each point is determined by an ordered triple, usually denoted (x,y,z), with corresponding extensions to more dimensions.
Can Three-dimensional figures be located on a Cartesian coordinate system?
true
Can three dimensional figures be located on a Cartesian coordinate system?
yes
The Cartesian coordinate system can be applied to three-dimensional solids Instead of two axes the coordinate system has three What are their labels?
x z y
Can a solid figure can be located on a three dimensional cartesian coordinate system?
True
A solid figure can be located on a three-dimensional Cartesian coordinate system.?
True
What is the standard notation for a three dimensional Cartesian coordinate system?
(x,y,z)
The Cartesian coordinate system can be used to measure three-dimensional objects?
TRUE APEX ftw
Is the standard notation for a point a three dimensional cartesian coordinate system?
(x,y,z)
What is the standard notation for a point in a three-dimensional Cartesian coordinate system?
(x,y,z)
Can you use a cartesian coordinate to measure three dimensional objects?
Yes! By expanding the system to 3D!
