Area of a trapezoid = (1/2) x (height) x (length of the base + length of the top)
you can see the length of base1(example) and see the length of base2 to find out the answer of lets say the top base of a trapezoid.
A trapezoid is a 4 sided quadrilateral with one pair of opposite parallel lines of different lengths and the formula for its area is:- 0.5*(parallel side+parallel side)*width or height = area To find the length of a parallel side one of its parallel sides must be given as well as its width and area and so:- Parallel side = (2*area)/(width) - known parallel side
Find the average of the two sides (Longest length plus shortest length. Divide this addition by 2). Multiply the result by its height (which is the distance between the longest side and the shortest side).
Find the total length of the parallel sides and divide the result by 2. Next, multiply that number by the height of the trapezoid.
It depends on what information you do have.
No, it is not.
Area of a trapezoid = (1/2) x (height) x (length of the base + length of the top)
you can see the length of base1(example) and see the length of base2 to find out the answer of lets say the top base of a trapezoid.
A trapezoid is a 4 sided quadrilateral with one pair of opposite parallel lines of different lengths and the formula for its area is:- 0.5*(parallel side+parallel side)*width or height = area To find the length of a parallel side one of its parallel sides must be given as well as its width and area and so:- Parallel side = (2*area)/(width) - known parallel side
You must first know the lengths of the top and bottom of the trapezoid. At this point, you must average those lengths and that is your midsegment length.
You must first know the lengths of the top and bottom of the trapezoid. At this point, you must average those lengths and that is your midsegment length.
Find the average of the two sides (Longest length plus shortest length. Divide this addition by 2). Multiply the result by its height (which is the distance between the longest side and the shortest side).
Find the total length of the parallel sides and divide the result by 2. Next, multiply that number by the height of the trapezoid.
A parallelogram is a degenerate trapezoid: as the longer of the parallel sides of a trapezoid shrinks to the length of the shorter parallel side, the trapezoid becomes a parallelogram. It is truer to say that the area of a trapezoid helps to find the area of a parallelogram: area_trapezoid = mean_average_of_parallel_sides x distance_between_them = 1/2 sum_parallel_side_lengths x distance_between_them When the parallel sides are of equal length this becomes: area = (1/2 x 2 x length_of_parallel_sides) x distance_between_them = length_of_parallel_sides x distance_between_them = area_parallelogram
ok
Nothing is "indicated".