home plate
Six parallel sides in pairs? Sounds like a cube.
a triangle, or pentagon.
A regular pentagon has 5 equal endless and no equal sides. However if you draw a pentagon like simple house with a square below and a trainable on top for the roof, then you get one pair of parallel sides (the walls) but it will always have 5 angles.
Oh, dude, a rhombus actually has 4 sides with all sides being equal in length. It does have 2 pairs of parallel sides, but it also has opposite angles that are equal, not to mention it's like a tilted square. So, yeah, it's definitely not a shape that's all about parallel sides and no perpendicular ones.
As far as we know, two lines can be perpendicular, or they can be parallel, but they can't be both.
Six parallel sides in pairs? Sounds like a cube.
a triangle, or pentagon.
A pentagon may have 0, 2, or 4 parallel lines. A regular pentagon has 0 parallel lines. A pentagon like a house has 2 parallel lines. A rectangle with a corner cut off has 4 parallel lines.
A regular pentagon has 5 equal endless and no equal sides. However if you draw a pentagon like simple house with a square below and a trainable on top for the roof, then you get one pair of parallel sides (the walls) but it will always have 5 angles.
Oh, dude, a rhombus actually has 4 sides with all sides being equal in length. It does have 2 pairs of parallel sides, but it also has opposite angles that are equal, not to mention it's like a tilted square. So, yeah, it's definitely not a shape that's all about parallel sides and no perpendicular ones.
Not necessarily; a rhombus has 2 pairs of opposite sides which are parallel, like the parallelogram, and its diagonals are perpendicular. (It also has all its sides of the same length.)
5 sides just like the shape pentagon
As far as we know, two lines can be perpendicular, or they can be parallel, but they can't be both.
I think it is these: Parallel: Perpendicular: it looks like an upside down capital "T"
Normally, none.
The usual form for the area of a trapezoid is (average of the parallel sides) x height. If only the lengths of the sides are given, then calculation of the area requires trigonometry and multiple solutions are possible. Often, teachers will give a problem like this showing the two unequal parallel sides and two unequal, non-parallel sides with a diagram showing that one of the sides is perpendicular to the parallel sides. That side length would be the height.
A pentagon is a polygon with 5 sides.