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Q: What is one way a parallelogram is different from a rhombus?

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a rhombus and a parallogram are diffrent from each other beacuse the sides of a rhombus are some not equal to each other * * * * * The above answer is the wrong way around. All four sides in a rhombus must be of the same length. In a parallelogram, the pair of opposite sides must be of the same length, but each pair can be different from the other.

There is no way to know.If two opposite sides are parallel and of equal length, then the quadrilateral is a parallelogram (rectangle, rhomboid, square, or rhombus).

A trapezoid has 1 pair of unequal parallel sides whereas a parallelogram has 2 pairs of parallel sides

A rectangle. Since it has two pairs of lines of identical length, then there is no way to have one right angle without all four being right angles (unless you change the lengths and then it is not a parallelogram). If you have four right angles, then you have a rectangle.

There is more than one way to join two triangles. It would be possile to assemble a parallelogram out of two congruent equilateral triangles.

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No, other way. A rhombus is a special kind of parallelogram ... one with all four of its sides the same length.

No, other way. A rhombus is a special kind of parallelogram ... one with all four of its sides the same length.

a rhombus and a parallogram are diffrent from each other beacuse the sides of a rhombus are some not equal to each other * * * * * The above answer is the wrong way around. All four sides in a rhombus must be of the same length. In a parallelogram, the pair of opposite sides must be of the same length, but each pair can be different from the other.

Technically it is because a rhombus is a parallelogram that has four sides of equal length in the same way that a square is technically a rectangle that has four sides of equal length.

A triangle has three sides, while a parallelogram has four.

Yes. A rhombus is a special kind of parallelogram. It's a four-sided figure that has all of the characteristics it needs to be called a parallelogram, plus the extra feature that it needs to be called a rhombus.A parallelogram doesn't need to have all four sides the same length. If they are, then it can also be called a rhombus.In the same way ... the rhombus doesn't need to have all four angles the same size. If they are, then the rhombus can also be called a square.

Yes. A rhombus is a special kind of parallelogram. It's a four-sided figure that has all of the characteristics it needs to be called a parallelogram, plus the extra feature that it needs to be called a rhombus.A parallelogram doesn't need to have all four sides the same length. If they are, then it can also be called a rhombus.In the same way ... the rhombus doesn't need to have all four angles the same size. If they are, then the rhombus can also be called a square.

Some people say a parallelogram does have a line of symmetry because it looks like a rhombus but the truth is that a parallelogram does not have a line of symmetry because if you take paper and fold it in any way in a shape of a parallelogram so a parallelogram does not have a line of symmetry

a polygon,quadrilateral,parallelogram,rectangle and a rhombus hope this helps if you are having a problem with math

A slanted rectangle is a parallelogram in the same way that a slanted square is a rhombus.

I am not sure that it does, because there is no clear hierarchy. For example, with quadrilaterals (moving towards regularity), you could go parallelogram -> rectangle -> square or parallelogram -> rhombus -> square In the first case, the number of equal angles has been increased first and then the number of sides of equal length. In the second case it is the other way around. But neither of parallelogram -> rectangle -> rhombus -> square nor parallelogram -> rhombus -> rectangle -> square is a valid hierarchy. So there is no hierarchical order between a rectangle and rhombus. The same situation applies to all polygons with more sides.

A TrapeziumGoodness, no. A trapezium only has one pair of parallel sides. As far as I know, the answer is just a plain old parallelogram. You may be confusing this with a rhombus, equilateral parallelogram, or diamond, or even lozenge. The only parallelogram with adjacent sides that are equal, and therefore all sides equal (since opposite sides of a parallelogram are equal).By the way, did you notice you spelled parallelogram incorrectly? - 2 ells followed by one ell.the answer is RHOMBOID

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