00:01
We have this figure and it says in the middle of a city there was a park, a park, a, b, c, d in the form of a parallelogram such that a, b is equal to c d and a, b is parallel to c d and a, d is equal to b c d.
00:23
And it's so an a, d is parallel to b c.
00:24
C.
00:24
And it's so an a, d is parallel to b c.
00:29
C.
00:30
Says that they converted this park into a rectangular form by adding land in these shapes with these little triangles and so it says both triangular pots were covered with planted flowers and number i or letter i says what is the value of angle x and we know that this is one one 10 and so 180 minus 110 is going to give us this angle x and that is 70 degrees which is letter b 70 degrees for number two it says triangle a p d and triangle b c q are congruent by and we can see that they both have right angles and we know that these sides are congruent and we know that the the and we know that the and we know that the hypotenuses are the same, and we would have angle, angle, and a hypotenuse.
01:39
Let's see what we have for our.
01:49
So for your situations, you have angle, you have a hypotenuse.
01:54
You have angle, angle, angle, and a hypotenuse.
01:58
And so, and that angle, angle, angle, hypotenuse is a right angle.
02:03
So i'm going to assume that you don't have side angle side.
02:09
Unless you go back and prove, you can prove that this angle is congruent to this angle.
02:16
So then you can have side angle.
02:20
And you don't have that side.
02:22
You have angle, side angle.
02:24
So you can have angle side angle.
02:26
And let me see if that's one of your alternatives.
02:30
And let me click go to your original.
02:33
You have angle, side angle.
02:35
So i would say c...