dude its called a TRAPAZOID didnt u learn that in math? Crystal
The rectangle is 12 units by 3 units.
a triangular prism is different from a rectangular prism because: their names are different a triangular prism has a triangle for its' base a rectangular prism has a rectangle base a triangular prism has less sides than a rectangular prism a rectangular prism has more sides than a triangular prism
Since the perimeter is 18, the sum of the length and breadth is 18/2 units = 9 units. Draw a straight line on the grid of less than 9 units. At right angles to that line, draw another line so that the two lines have a combined length of 9 units. These two lines are the two adjacent lines of the rectangle. Use the grid to draw line parallel to these so that you have a rectangle.
Let x be L, so W = x - 2 P = 2(L + W) substitute 28 for P, x for L, and x - 2 for W; 28 = 2(x + x - 2) divide by 2 to both sides; 14 = 2x - 2 divide by 2 to both sides; 7 = x - 1 add 1 to both sides; 8 = x x - 2 = 8 - 2 = 6 So L = 8 cm and W = 6 cm. A = LW = 8 x 6 = 48 Thus the area is 48 cm^2
Incorrect, a triangle will never have more or less than three sides.
A trapezoid has only 1 pair of parallel sides of different lengths
A quadrilateral always has 4 sides... no more no less.
Trapezoid
A quadrilateral has 4 sides anda hexagon has 6 sides. So the polygon between them is the one that has 5 sides. That is the pentagon.
More or less the same as a square. 4 right angles (90 degrees) 2 pairs of parallel lines.If you can guarantee that the opposite sides of your 4-sided figure are parallel,OR that they're equal, AND that the figure has one right angle inside it, thenyou can be sure that it's a rectangle.
A parallelogram is commonly referred to by several names based on its specific properties, including rectangle (if all angles are right angles), rhombus (if all sides are equal), and square (if it meets both criteria of a rectangle and rhombus). Other less common terms include trapezium in British English, which refers to a quadrilateral with at least one pair of parallel sides, though this does not describe all parallelograms. Overall, the most accurate and general term remains "parallelogram."
A quadrilateral, pentagon or hexagon.
No. For any random quadrilateral, they are actually "never" congruent. The probability of the sides being so is infinitely less than the probability they will not be.
Not exactly. A trapezoid has exactly one pair of parallel sides -- no more and no less.
A trapezoid has only 1 pair of parallel sides of different lengths
A right angle triangle
Yes.Yes.Yes.Yes.