Question

The figure below shows a kite labeled PQRS.

A kite PQRS is shown with a diagonal labeled PR.

Write a 2-column, paragraph, or flow-chart proof to show that angle QRP is congruent to angle SRP.

Answer 1

I don't know where to start, exactly. I don't know if the kite has a particular postulate or theorem that proves diagonals are congruent?

Answer 2

ehh geometry exam?

Answer 3

haaha yeah

Answer 4

ehh. great im on the test before that, could you help me?

Answer 5

Sure. :) No problem

Answer 6

k its the polygons and quadrilaterals unit test, currently a 66 in the class so i have to pass this and the exam to pass the class

Answer 7

The isosceles trapezoid is part of an isosceles triangle with a 34° vertex angle. What is the measure of an acute base angle of the trapezoid? Of an obtuse base angle? The diagram is not to scale.

Answer 8

woaah, I don't remember learning that. I saw a similar question with a vertex of 22 and the answer was 79;101. I know they aren't the same numbers, but does that help you at all?

Answer 9

A 73 and 107 i figured it ou

Answer 10

Good job! :)

Answer 11

Which diagram shows the most useful positioning of a rectangle in the first quadrant of a coordinate plane? does that look familiar? or any idea?

Answer 12

i need a picture haha

Answer 13

k

Answer 14

https://www.connexus.com/content/media/456845-212011-23057-PM-1566910601.png

Answer 15

thats a

Answer 16

https://www.connexus.com/content/media/456845-212011-23058-PM-1518514864.png
tahts b

Answer 17

thats*

Answer 18

https://www.connexus.com/content/media/456845-212011-23100-PM-2027611449.png
c

Answer 19

is there a picture in the question?

Answer 20

nope
just the choices

Answer 21

https://www.connexus.com/content/media/456845-212011-23101-PM-158236494.png

Answer 22

c

Answer 23

y is that any more useful the b or d?

Answer 24

the positioning

Answer 25

i see.

Answer 26

@kevsturge do you know of any postulates or theorems that prove diagonals in a rhombus?

Answer 27

diagonals are congruent*

Answer 28

hmmm, well if you split the kite then you create 4 triangles with 90 degrees in the center of the kite. This bisects the kite into half the angle at the bottom of the kite