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Which figure a square or trapezoid will rotate onto itself in 90?
A trapezoid
Which figure will rotate onto itself in 90 angle a square or a trapezoid?
A square.
Can a trapezoid rotate 90 degrees onto itself?
Yes
Are parallelograms sometimes rectangles?
Yes a rectangle is a special case of the parallelogram (one where any and all angles are 90°). Parallelograms are sometimes rectangles, but not always.The parallelogram is itself a special case of the trapezoid where at least one pair of opposite sides is parallel.the trapezoid is a special case of the quadrilateral, a planar convex figure with four sides.
Is 3.5 an enlargement reduction or isometric figure?
By itself it is just a number and not a geometrical figure
Which figure a square or trapezoid will rotate onto itself in 90?
A trapezoid
Which figure will rotate onto itself in 90 angle a square or a trapezoid?
A square.
How do you classify a trapezoid?
A trapezoid (or trapezium, outside of North America) is a four-sided figure with two opposite sides that are parallel. Thus a trapezoid is a special type of quadrilateral, which is any four-sided figure. A quadrilateral is itself a special type of polygon, which is any figure with straight sides.
Can a trapezoid rotate 90 degrees onto itself?
Yes
Which transformation will map an isosceles trapezoid onto itself?
180°
Are parallelograms sometimes rectangles?
Yes a rectangle is a special case of the parallelogram (one where any and all angles are 90°). Parallelograms are sometimes rectangles, but not always.The parallelogram is itself a special case of the trapezoid where at least one pair of opposite sides is parallel.the trapezoid is a special case of the quadrilateral, a planar convex figure with four sides.
How do you figure a square of a number?
multiply it by itself
Is 3.5 an enlargement reduction or isometric figure?
By itself it is just a number and not a geometrical figure
What is line itself?
a never ending straight figure
What is replacement rate?
The degree to which a population is replacing itself.
A rigid transformation always maps a figure onto?
Itself
What is a two dimensional figure with straight lines?
If it is a closed figure which doesn't cross over itself (like a bowtie looking figure), then it is called a polygon.
