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No. A triangle, like a circle, square, parallelogram, or trapezoid are all constructs upon a single 2-dimensional plane.
When a plane intersects a cylinder, the resulting shape can be a circle, an ellipse, a parabola, or a hyperbola, depending on the angle and position of the plane relative to the cylinder. If the plane cuts parallel to the axis of the cylinder, the intersection will be a rectangle or a parallelogram. If the plane cuts at an angle, the intersection can produce a curved line, typically an ellipse or a hyperbola. The exact nature of the intersection depends on the specific parameters of the cylinder and the plane.
Yes, a parallelogram and an isosceles triangle can tessellate together. This is possible because the angles of the parallelogram can be matched with the angles of the isosceles triangle in a way that allows the shapes to fit together without any gaps. By carefully arranging the triangles and parallelograms, they can cover a plane completely, demonstrating their compatibility in tessellation.
When a line intersects a plane and does not lie in the plane, the intersection forms a single point. This point is where the line crosses the plane. If the line is parallel to the plane, however, there will be no intersection point.
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.
Depending on their sizes and orientation, any shape from a triangle to a dodecagon.
6 maximum points of intersection
No. A triangle, like a circle, square, parallelogram, or trapezoid are all constructs upon a single 2-dimensional plane.
Yes, a parallelogram and an isosceles triangle can tessellate together. This is possible because the angles of the parallelogram can be matched with the angles of the isosceles triangle in a way that allows the shapes to fit together without any gaps. By carefully arranging the triangles and parallelograms, they can cover a plane completely, demonstrating their compatibility in tessellation.
The intersection of a sphere with a plane is a point, or a circle.
If the line is not IN the plane ... it just zaps through the plane from some direction ... then it touches the plane in only one point. The intersection is a point.if it is lined up with the plane, then the intersection is a line.
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.
Section of the plane.
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point * * * * * or, nothing (if the line is parallel to the plane).
Section plane is the intersection of a plane cutting through a solid
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