No.A quadrilateral is any four sided figure.So it doesn't matter whether one of the sides is curved or straight as long as it is four sided.
One, around the base. As a matter of fact it is the only edge of a cone which also has a vertex at the point.
No. An area is always two-dimensional. It doesn't matter whether you are talking about the area of a square, a circle, an ellipse, or any other flat figure; or the surface are of a three-dimensional figure such as a cube or sphere.
A quadrilateral has 2 diagonals. It does not matter whether it is convex or not.
it depends on which size it is and how much matter it contains
Louis Pasteur
No.A quadrilateral is any four sided figure.So it doesn't matter whether one of the sides is curved or straight as long as it is four sided.
Yes but to him it's doesn't matter he just perves curved girl
Silicon is a silvery grey material, with a conchoidal fracture. It is stable and I have a specimen on my shelf. It is used in the solid form in the refining of Aluminum. As with any material, the colour of the surface is a matter of subtractive colour. A red surface or a green surface absorbs all colours except red, and green respectively. A silvery grey surface would be given by a material with a 'neutral density colour' and a highly reflective surface.
No it normaly wont matter they just want something to suck on.
"Whether the weather is hot, whether the weather is cold, whatever the weather, no matter the weather, whether we like it or not" ... "Whether or not you do it doesn't matter" "Whether you believe me or not isn't up to me"
A liquid has surface tension.
gas like all matter we know of is under the influence of gravity, whether in deep space or on the surface of a planet like earth.
The wall does not have the minerals or types of matter in it to have reflective qualities. -Lauren, Age 13.
Nonexistent. Space is curved. Incorrect, it would be dark matter.
Matter creates a gravitational field that warps the space around it, causing objects to move in curved paths. This warping of space by matter is described by Einstein's theory of general relativity.
no