In square ABCD, AC and BD intersect at E. Find the measure of every single angle in the diagram. If the measure of angle CED is represented by 5z+10, find the value of z.
In square ABCD, AC and BD intersect at E. Find the measure of every single angle in the diagram. If the measure of angle CED is represented by 5z+10, find the value of z.
In Rhombus JKLM, diagonals JL and KM intersect at O. If the measure of angle KJL is 32, find every angle in the diagram.
A rhombus has diagonals of lengths 12 and 16. Find the length of a side of the rhombus.
The perimeter of a rhombus is 40. If the measure of the short diagonal is 12, find the measure of the longer diagonal.
If the area of a square is 49, find the perimeter
A parallelogram that must prove two angles congruent
Write a two-column proof. Given: ABCD and AFGH are parallelograms. Prove: angle C ≅ angle G
please answer quickly!!!!
1- Given a parallelogram MNPQ such that MN = 2a-3b and NO = 20-3b. Find the value of a and all possible value of b that make MNPQ a rhombus. 2- Given a quadrilateral ABCd such that ∠A...
angle A is 5y-54. Angle B is 2y-60 and Angle C is 3x
Sides SV and TU are opposite each other and side VU is opposite side ST. The figure itself is a parallelogram.
A picture is not provided with the problem, however, it is told that it is a parallelogram.
Given : 〉ABCD Prove: ∠D ≅ ∠B _D______________C | 1 /...
m(<B)=60• ,it's perimeter=13cm and the length of the minor diagonal=3.5cm find the length of AB and BC
Do the angles of a parallelogram have a certain measure or do they just have different measures in each problem?
I have a parallelogram labeled TSQR and H is the midpoint. I am supposed to solve for X given SH= 2x+7 and SQ= 2x+14, how do i setup the equation to solve for X?
I think I have to prove that the other opposite sides are also parallel, but I am not sure how to do it. It is given that the other opposite sides are congruent and parallel.
Find the area of the parallelogram spanned by the vectors <1, 0, -1> and <-2, 2, 0>. I have troubles with dot products.
I have been having trouble with parallelograms.
the shape is a parallelogram there is x________________w ...