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Which solid figure has only 2 flat surfaces?
cylinder
A solid with 2 surfaces?
A cone would fit the given description.
What solid figure has 2 flat surfaces 0 vertices?
The solid figure that has 2 flat surfaces and 0 vertices is a cylinder. A cylinder consists of two parallel circular bases (the flat surfaces) connected by a curved surface. The bases do not have any vertices, as they are continuous curves.
What is a shape that is a geometric solid has 2 surfaces its base is formed by a circle and it has a point at the top?
A Cone.
Flat surface on a solid figure?
the flat surfaces of a solid figure are the
Which solid figure has only 2 flat surfaces?
cylinder
A solid with 2 surfaces?
A cone would fit the given description.
What is a solid shape with 3 surfaces?
A cylinder
What solid figure has 2 flat surfaces and neither surface is a polygon?
a line
Which solid figure has only 2 flat surfaces like circles?
a plane
What solid figure has 2 flat surfaces 0 vertices?
The solid figure that has 2 flat surfaces and 0 vertices is a cylinder. A cylinder consists of two parallel circular bases (the flat surfaces) connected by a curved surface. The bases do not have any vertices, as they are continuous curves.
Are Pluto and mars the only one that have solid surfaces?
Venus and Mercury also have solid surfaces.
What solid shape has 2 surfaces?
A bubble because you have the inside and outside, it may not be solid but it may be solid information I dont know. Patrick Ward http://www.aquashield.us.com
What is a shape that is a geometric solid has 2 surfaces its base is formed by a circle and it has a point at the top?
A Cone.
What is a solid with 4 surfaces?
A prism
Flat surface on a solid figure?
the flat surfaces of a solid figure are the
What friction occurs when 2 solid objects are rubbed together?
When two solid objects are rubbed together, kinetic friction occurs. This type of friction opposes the direction of motion between the surfaces of the objects and is caused by the microscopic interactions between the surfaces. The rougher the surfaces and the greater the force pressing the surfaces together, the stronger the kinetic friction.
