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What else can I help you with?
What happens when a movement occurs in two planes?
When a movement occurs in two planes, it is called turbulence.
What happens when three planes intersect?
Nothing HAPPENS! They can intersect in a point or a line.
Is it true that only one plane can pass through one and a point that is not on the line?
If you mean "only one plane can pass through another plane and through a point that is not on the line formed by the intersection of the two planes," the answer is "no." If you rotate the plane about the point, it will still intersect the line unless it is parallel to the line. By rotating the plane, you have created other planes that pass through the unmoved plane and through the point that is not on the line formed by the intersection of the two planes.
What happens when planes and lines intersect?
They intersect at a point
What happens to your planes altitude if you do a chandelle?
Altitude increases.
What happens when the paper plane is long?
What happens is you epic FAIL at making paper planes.
How Streamlined shape helps planes to fly?
because they cut through the atmospheres pressure with more ease than another shaped aircraft
What happens when two planes intercept?
Angles are formed between them
How many planes of symmetry does an icosahedron have?
An icosahedron has 15 planes of symmetry. These planes can be categorized into three types: five planes that pass through the midpoints of opposite edges, ten planes that pass through opposite vertices, and five planes that bisect faces. This extensive symmetry contributes to the icosahedron’s regular and balanced appearance.
How many planes in a cube pass through three or more vertexes?
There are 56 such planes.
What were the great planes?
The Great Plains are the stretch of land that runs through the Midwest of the United States. Make sure you spell it plains not planes because planes are the things that fly through the air!
Planes of symetry in circular cilander?
A circular cylinder has multiple planes of symmetry. Specifically, it has an infinite number of vertical planes of symmetry that pass through its central axis, as well as two horizontal planes of symmetry: one at the midpoint of its height and another at the top and bottom faces. These symmetries result from the cylinder's uniform circular cross-section and consistent height.
