It is 1/2
shapes fart
1/2
An infinite number. For example, you can have the narrow points of each rhombus meeting at a common apex. Move each rhombus a tiny fraction and you have a different shape.
That all depends on the dimensions of the trapezoid you're working with.
3/3
It is 1/2
Suppose the parallel sides of the trapezium are a and b units where a < b. Then the fraction of the area of the trapezium that is the rhombus is a/[(a+b)/2] = 2a/(a+b).
shapes fart
1/2
An infinite number. For example, you can have the narrow points of each rhombus meeting at a common apex. Move each rhombus a tiny fraction and you have a different shape.
That all depends on the dimensions of the trapezoid you're working with.
A rhombus. A rhombus. A rhombus. A rhombus.
A rhombus may be a square or just a rhombus (a rhombus is merely called a rhombus when there are no 90 degree angles).
Is a rhombus.
A rhombus can be anywhere.
A square is always a rhombus, but a rhombus is notalways a square.