You do not need to find. If it is a parallelogram, it must be 180 degrees.
If a parallelogram has adjacent sides of length a and b and the angle between then is x, thenarea = a*b*sin(x).
They are 12.59 and 5.34 units respectively.
If you have the lengths of the two sides and a diagonal, then you can use Heron's formula to find the area of one triangle and double it for the area of the parallelogram.If you have two sides and an angle, then area = a*b*sin(C).
The sides are 24 metres and 36 metres.
The height is a perpendicular angle from the base. The sides of the parallelogram are slanted tho and this will vary for every parallelogram. To find the height you typically make a triangle with one of the slanted sides.
angle sum of a parallelogram
You do not need to find. If it is a parallelogram, it must be 180 degrees.
If a parallelogram has adjacent sides of length a and b and the angle between then is x, thenarea = a*b*sin(x).
If a parallelogram has adjacent sides of length a and b and the angle between then is x, thenarea = a*b*sin(x).
They are 12.59 and 5.34 units respectively.
You can if you know the lengths of the two pairs of sides. Thanks to the fact that sin(30) = 0.5, the height of the parallelogram is half the length of the sloping side.
If you have the lengths of the two sides and a diagonal, then you can use Heron's formula to find the area of one triangle and double it for the area of the parallelogram.If you have two sides and an angle, then area = a*b*sin(C).
The sides are 24 metres and 36 metres.
If you have the length of two of the sides and one other angle you can use the law of sines.
We have the interior angle 144∘ . We can find the number of sides using the formula as follows. Thus, the polygon has 10 angles and 10 sides.
No. Adjacent sides, yes. (Twice the sum)