0 and 1 are neither prime nor composite.
What could the girl neither eat nor sleep well
u use it when u tlk to ppl !!!!! When neither alternates fit. Neither/nor are basic conjugates to either/or. So, one can say, I like neither this, nor that. It'd be incorrect to say, I like neither this, or that. As the latter is in the affirmitive. Nor, cannot be used without an already rejected option.
6
Diagonal
A rectangle is a parallelogram, and neither a trapezoid nor an isosceles trapezoid could have exactly two opposite right angles.So, a quadrilateral that is not a parallelogram and could have exactly two opposite right angles must be a kite.
A rhombus is an equilateral parallelogram. As such, it is neither concave nor convex.
parallelogram
Yes.
A quadrilateral that is not a parallelogram, not a trapezoid nor a rhombus. It is not a square nor a rectangle. There ought to be a name for this! /Brian W
An octagon is neither a quadrilateral nor a parallelogram. "Quadrilateral" refers to a shape that has four sides. "Parallelogram" refers to a shape that has two pairs of opposite, congruent sides. An octagon has eight sides, and since eight is not equal to four, an octagon is neither a quadrilateral nor a parallelogram.
No. The formal definitions of parallelogram and trapezoid specifically exclude each other.A parallelogram is a quadrilateral with two pairs of parallel sides.A trapezoid is a quadrilateral with exactly one pair of parallel sides.
A rhombus is an equilateral parallelogram. As such, it is neither concave nor convex.
Any quadrilateral qualifies as long as it is neither an equilateral trapezoid nor a rhombus. (That includes not a square.)
So your a Robloxian too? I'm still trying to figure out the answer... _______________________________________________________________________ The answer is 'alien'!
A SQUARE A rectangle satisfies the angles but not the lengths. A rhombus satisfies the length, but not the angles. A parallelogram neither satisfies length nor angles.
Parallelogram, rhombus, trapezium and any other q/lateral that is neither a square nor a rectangle.