Question

This is not for a test or quiz, yes it is timed and I am not just asking for the answers just someone to help out...Thanks

Answer 1

Sectio is called: Placing Figures in the Coordinate Plane

Answer 2

*section

Answer 3

is that a question?

Answer 4

No If someone can help then I will post the question cause I need help on a few and once i open the questions I have to answer it

Answer 5

oh, gotcha. welp. I suck at corordinate planes. so goodluck haha

Answer 6

Haha well thanks!

Answer 7

placing figures in the coordinate plane? do you graph equations or something?

Answer 8

Yeah pretty much

Answer 9

plotting points isn't too bad. would you know how to graph y = x^2 if that was a question on there?

Answer 10

Yeah, its not like that though i mean its plotting but its a bit different

Answer 11

hm, well i dont know much i could help if you dont have like an example or something

Answer 12

I do i just dont want to open the question unless someone can def help cause if not them I will get screwed up

Answer 13

i mean one that's not one of the questions

Answer 14

oh...let me see I think I might give me a sec and I will check...

Answer 15

sorry @austindude5 if this keeps showing up in your notifications....

Answer 16

hahaha I don't mind. :]

Answer 17

Okay(:

Answer 18

@blurbendy
http://openstudy.com/study#/updates/50f6c347e4b027eb5d995a4b

Answer 19

I remember looking at that! I think D^2 was the diameter multiplied by itself so it would increase the height and width of the shape. Did you get the right answer to that question?

Answer 20

I think... It was early this morning so I dont 100% remember...

Answer 21

@blurbendy

Answer 22

Sorry, was helping someone. I'd like to get one more person on board just to be safe. I don't want for you to open it up and all of a sudden i'm useless.

Answer 23

Do the questions have answers, or is it free response? like multiple choice answers.

Answer 24

@blurbendy Not a problem!!(: but they are all multiple choice there is 10

Answer 25

and how much time?

Answer 26

about and hour..it may give a few mins over that I could let you know when I open it..but I know at least an hour

Answer 27

well if no one else offers to help ill see what i can do

Answer 28

Okay

Answer 29

can you post the picture of the question, or would you have to draw them?

Answer 30

I will try and post them but I may have to draw some...I know they look horrible so I will try to post them

Answer 31

Is it due tonight?

Answer 32

well it needs to be done by friday but after this section I have another which I was trying to be done with all of it tonight/tomorrow

Answer 33

my friend might be able to help, but ill have to send the questions to him, and wait to see what he says

Answer 34

Okay well if he can help that would be great just as long as I get 10 questions within an hour I am up for anything! haha

Answer 35

okay well if you have to go to sleep soon, i guess we should start

Answer 36

I dont haha i do cyber so i dont have to get up super early or anything

Answer 37

ah cool. maybe someone that's done this will come by. do you know anyone on here that takes the same classes?

Answer 38

No, I go through my public school district so its not like PA Cyber, Agora, Connections etc its a separate cyber school with my schools courses.

Answer 39

ahhh neato. im new here, i found this place and i thought i could practice my math skills and help some people in the process.

Answer 40

Yeah I gotcha! I started doing this last year when I started cyber and I find it cool that alot of people on here do some type of cyber as well...Do you?

Answer 41

no i go to regular school. youre right tho, alooooot of people are in some type of cyber

Answer 42

Oh okay, and yeah they do its nice cause I actually still talk to some people I met on here just like through e-mail or whatever but its pretty cool

Answer 43

yeah the people are pretty nice and the moderators are cool. you get help with questions pretty fast too.

Answer 44

Yeah def

Answer 45

So, do you think your friend could help?

Answer 46

yeah he said hed look at them

Answer 47

Awesome! so you guys both ready?

Answer 48

okay let's do it !

Answer 49

Im liking this enthusiasm! haha Okay Just let me pull it up! one sec

Answer 50

:)

Answer 51

In the coordinate plane, three vertices of rectangle HIJK are H(0, 0), I(0, d), and K(e, 0). What are the coordinates of point J?
a.(2e, 2d)
b.(d, e)
c.(e, d)
d.(d/2, e/2)

Answer 52

picture? or no

Answer 53

nope

Answer 54

k i asked my friend

Answer 55

Okay(: So id your friend on here or?

Answer 56

no he's on another chat

Answer 57

*is

Answer 58

K, go with (e,d)

Answer 59

Oh okay cool... just wondering

Answer 60

wait

Answer 61

Okay..Next has pictures

Answer 62

oh okay, waiting

Answer 63

we think (e, d)

Answer 64

Okay! Next

Answer 65

Which diagram shows the most useful positioning of a square in the first quadrant of a coordinate plane?
One sec and I will put up the pics

Answer 66

sec

Answer 67

Second one or wait a second?

Answer 68

wait

Answer 69

yes, second one

Answer 70

okay! next

Answer 71

more pictures so one sec

Answer 72

kk

Answer 73

Which diagram shows the most useful positioning and accurate labeling of a kite in the coordinate plane

Answer 74

4th one

Answer 75

Okay

Answer 76

more pics
Which diagram shows the most useful positioning and accurate labeling of a rhombus in the coordinate plane?

Answer 77

2nd one

Answer 78

awesome!next

Answer 79

Which could be the coordinates of W and Z, shown in the graph above?


a.W(0, 0), Z(a, a)
b.W(a, a), Z(a, 0)
c.W(0, a), Z(a, 0)
d.W(0, a), Z(0, a)

Answer 80

B

Answer 81

wait

Answer 82

sweet! half way done! next
Given the red square above set at the origin, find the coordinates of the midpoint of .
a.(a, a)
b.(a, a/2)
c.(0, a)
d.(0, a/2)

Answer 83

midpoint of what?

Answer 84

WZ
sorry must of been cut off

Answer 85

B

Answer 86

State the coordinates of points W and Z without using any new variables.
a.W(–r, r), Z(0, t)
b.W(r, 0), Z(0, t)
c.W(r, 0), Z(0, –t)
d.W(–r, 0), Z(0, –t)