A polygon (four sided shape) that has 2 parallel sides with different lengths, and 2 sides with the same length but sort of slanting in. * * * * * No. What is described is an isosceles trapezium. In general, the slanting sides need not be the same length.
There is no such thing a a trapizium. A trapezium is a quadrilateral: that is a plane figure that is bounded by four straight sides. Two of these sides are parallel but of different lengths. (If they were of the same length then the shape would become a parallelogram.)
A shape with four sides has four vertices and a shape with three sides has three vertices, so a shape with four sides has more vertices than a shape with three sides.
A four-sided planar shape (any one) made up of line segments is called a quadrilateral. Any quadrilateral will have the sum of its interior angles equal to 360 degrees. This shape maybe a trapezium, but not necessarily. A trapezium is a quadrilateral with no parallel sides, but it is possible to construct one with a couple of sides that are of equal length. Use the link below and check things out with our friends at Wikipedia, where knowledge is free.
To find the area of a figure with sides of different lengths, we first need to determine the shape of the figure. In this case, the sides are 5m, 3m, 4m, and 6m, which could form a quadrilateral or a triangle depending on the configuration. If it is a quadrilateral, we would need more information such as the angles between the sides to calculate the area. If it is a triangle, we could use Heron's formula to find the area. More details or a diagram would be necessary to provide an accurate calculation.
There are no specific names for such a shape.
A rectangle has four sides with two equal lengths.
It is a rhombus
A parallelogram is a four sided shape where opposite sides are parallel and equal lengths. If you mean that ALL sides are equal lengths, you are looking for a rhombus.
A rectangle is generally defined as a quadrilateral with four right angles. No rectangle can have four different side lengths by that definition. Finding the area of such a shape is therefore impossible.
This is a special case of a quadrilateral called a rectangle.
Add together the lengths of the four sides; or add the lengths of the two different sides and then double it.
Add up the lengths of the sides.
A polygon (four sided shape) that has 2 parallel sides with different lengths, and 2 sides with the same length but sort of slanting in. * * * * * No. What is described is an isosceles trapezium. In general, the slanting sides need not be the same length.
Assuming those are the lengths of the four sides, it can have almost any angles.Assuming those are the lengths of the four sides, it can have almost any angles.Assuming those are the lengths of the four sides, it can have almost any angles.Assuming those are the lengths of the four sides, it can have almost any angles.
To find the perimeter of a shape, you need to add up the lengths of all its sides. For example, to find the perimeter of a rectangle, you would add the lengths of its four sides together. The formula for perimeter varies depending on the shape you are working with.
Several solutions are possible here. The four sides could be the same length, or different lengths. The only requirement (with respect to lengths) to be called an "isosceles trapezoid" is that two opposite sides have the same length.Several solutions are possible here. The four sides could be the same length, or different lengths. The only requirement (with respect to lengths) to be called an "isosceles trapezoid" is that two opposite sides have the same length.Several solutions are possible here. The four sides could be the same length, or different lengths. The only requirement (with respect to lengths) to be called an "isosceles trapezoid" is that two opposite sides have the same length.Several solutions are possible here. The four sides could be the same length, or different lengths. The only requirement (with respect to lengths) to be called an "isosceles trapezoid" is that two opposite sides have the same length.