The intersection of two planes is one straight line.
A line.
The geometric figure couldn't meet because it lacked the necessary dimensions or properties to intersect with another figure. For example, a line and a plane might not meet if they are parallel. Additionally, if the figures exist in different planes or dimensions, they cannot meet either. Ultimately, the inability to meet stems from their geometric definitions and spatial relationships.
A line is.
Yes.
No, two planes do not always intersect in a single point. They can either be parallel and never intersect, or they can coincide, meaning they are the same plane and thus intersect along an infinite number of points. If they do intersect, the intersection will be a line, not just a single point.
The geometric figure formed when two planes intersect is called a polygon.* * * * *Wrong!The correct answer is a straight line.
A line.
The geometric figure couldn't meet because it lacked the necessary dimensions or properties to intersect with another figure. For example, a line and a plane might not meet if they are parallel. Additionally, if the figures exist in different planes or dimensions, they cannot meet either. Ultimately, the inability to meet stems from their geometric definitions and spatial relationships.
Some planes are parallel and don't intersect at all. Those that do intersect (and that are not coincident, i.e. the same plane) intersect in a line.
A line is.
Yes.
line
No. Two planes may be parallel and so may not intersect. Also, any line is the intersection of infinitely many planes, not just two.
No, two planes do not always intersect at only one point. They can either be parallel and not intersect at all, or they can coincide, meaning they lie on top of each other and share all points. If two planes do intersect, they do so along a line, rather than at a single point.
No, planes intersect at a line.
There are many options. Amongst them: An ellipsoid (including a sphere) intersected by two planes which do not, themselves intersect within the shape; A paraboloid intersected by two planes which do not, themselves intersect within the shape; A cone intersected by two planes which do not, themselves intersect within the shape; A semi-hyperboloid intersected by two planes which do not, themselves intersect within the shape; A toroid (doughnut) intersected by two planes which do not, themselves intersect within the shape; An elliptic prism intersected by two planes which do not, themselves intersect within the shape. The last of these would include a cylinder.
yes, because perpendicular lines always intersect. all lines intersect unless they are parallel or on separate planes (skew)