You first look at each axes
If you mean the point of (-1, 6) then it lies in the 2nd quadrant on the Cartesian plane
The coordinates of (-1, 3) lie in the 2nd quadrant on the Cartesian plane
A point - unless the line lies within the plane, or is parallel to it.
co-planar
The length of the line works out as 9 units and so by plotting the information on the Cartesian plane the exact location of the partition at R can be found.
If you mean the point of (-1, 6) then it lies in the 2nd quadrant on the Cartesian plane
The coordinates of (-1, 3) lie in the 2nd quadrant on the Cartesian plane
A point - unless the line lies within the plane, or is parallel to it.
co-planar
The length of the line works out as 9 units and so by plotting the information on the Cartesian plane the exact location of the partition at R can be found.
Infinite planes can be drawn through point A that lies outside plane P. Each plane can be oriented differently, intersecting plane P at various angles, or not intersecting it at all. The only constraint is that the planes must pass through point A, allowing for countless possibilities in their orientation.
Using the distance formula the length of the line segment from (10, -3) to (1, -3) is 9 units which means that the line segment is partitioned by 2 units and 7 units. To find the coordinates of point R plot the above information on the Cartesian plane.
Only one line can be drawn parallel to plane P that passes through point A. This line will be oriented in the same direction as the plane, remaining equidistant from it. All other lines passing through point A will either intersect the plane or be skew to it.
The intersection of a line and a plane can result in either a single point, if the line passes through the plane, or no intersection at all if the line is parallel to the plane and does not touch it. In some cases, if the line lies entirely within the plane, every point on the line will be an intersection point. Thus, the nature of the intersection depends on the relative positions of the line and the plane.
The first number in an ordered pair (of rectangular coordinates) is the distance from the origin along the x- axis. If the number is 0, then any point having this coordinate must lie on the y-axis. If the second number is 0 then the point is at the origin (0,0). If the second number is positive then the point lies on the y-axis above the origin. If the second number is negative then the point lies on the y-axis below the origin.
There is exactly one plane that can be drawn parallel to plane P that passes through point A. Since parallel planes share the same orientation and direction, any plane that is parallel to plane P must maintain the same angle and distance from the points on plane P. Therefore, the plane through point A will be uniquely defined and parallel to plane P.
it always lies in that plane