Question

Can someone please stay with me and help me with this geometry ?

Answer 1

if I know how to solve it, why not. :)

Answer 2

Thanksssssssssssssssssssssssssssss

In a quadrilateral PQRS, the diagonals are equal in length but not perpendicular to each other. Which is the most specific name for this quadrilateral?

parallelogram

rectangle

hexagon

rhombus

Answer 3

it's a rhombus. sorry.

Answer 4

no, it's a rectangle

Answer 5

a rhombus can have diagonals that are not equal

Answer 6

honesty im doing a test and i just need answers

Answer 7

same with a parallelogram

Answer 8

i thought rhombus has 4 equal sides. XD

Answer 9

it does

Answer 10

but the diagonals aren't always equal

Answer 11

sooooo what will it be

Answer 12

rectangle

Answer 13

Which statement about a trapezoid is always true?

It has at least one pair of congruent sides.

It has at least one pair of parallel sides.

It has no right angles.

It has opposite angles that are supplementary.

Answer 14

thanks

Answer 15

thanksss

Amanda will draw a quadrilateral PQRS with the conditions shown below.

Side PQ is parallel to side SR.
Side SR is congruent to side RQ.
The measure of angle Q is 90°.
Which statement about the figure she will draw is true?
It will be a square.

It will be a square or a trapezoid.

It will be a kite or a trapezoid.

It will be a kite.

Answer 16

for the previous question, i think in a trapezoid opposite angles for are supplementary.

Answer 17

a trapezoid can have right angles. a rectangle is a trapezoid for example

Answer 18

but only for a isoscles trapezoid, opposite angles are supplementary, not in all trapezoids

Answer 19

so which one do u think it is

Answer 20

ok i have it now. the basic property common to all trapezoids is this :
It has at least one pair of parallel sides.

Answer 21

ok what about there other question

Answer 22

other question you need to draw and see

Answer 23

@diva15 Please start a new post for a new question. Thanks.

Answer 24

ok sorrry

Answer 25

try drawing a quadrilateral PQRS with two parallel sides
then fix one Q = 90
see what shape you would get...