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Mathematics 19 Online
OpenStudy (anonymous):

The figure below shows Quadrilateral CDBE inscribed in a circle with center A. http://go.flvs.net/courses/1/flvs_57_3641_12676/ppg/respondus/pool_Geom_3641_1005_03/image0014e9880ac.gif

OpenStudy (anonymous):

The paragraph proof with missing statement proves that its opposite angles are supplementary. Which statement can be used to fill in the blank space? Given that CDBE is a quadrilateral inscribed in a circle with center A, ∡DCE and ∡DBE are inscribed angles. Since the measure of an inscribed angle is one-half the measure of its intercepted arc, __________________________________ and ∡DBE is half of arc DCE. Since arc DBE and arc DCE add up to the whole circle, or 360 degrees, the total of ∡DCE and ∡DBE must be half of 360, or 180 degrees. Therefore, they are supplementary. By the definition of a quadrilateral, all interior angles must add to 360. Therefore, the other two angles must also be supplementary. Answer ∡CBE is half of arc DCE ∡EDC is half of arc ECD ∡DCE is half of arc DBE ∡DBE is half of arc DCE

OpenStudy (anonymous):

Did you get the answer to this?

OpenStudy (anonymous):

hey yeahh sorry i dont remember if it was right or not tho hold on. did you still need the answer?

OpenStudy (anonymous):

Yes. I'm working on that assignment right now, and would love some help. Thanks

OpenStudy (anonymous):

The Circle Proof assignment.

OpenStudy (anonymous):

ok i got all of those right so for this one the answer was --arc DBE and arc DCE

OpenStudy (anonymous):

you got the all right? first time, i only got one

OpenStudy (anonymous):

no aha i only got 2 right the first time i think the second time i used the first one to correct myself tho nd got them all right

OpenStudy (anonymous):

and help you'd offer?

OpenStudy (anonymous):

what about the one with the two-column proof with the circle?

OpenStudy (anonymous):

asking which statement to be used to fill in the blank

OpenStudy (anonymous):

lol well i got them all right the second time so i can help you as much as i can at least and the answer for that one i had as GK + GJ = JK

OpenStudy (anonymous):

these are my answers: GI = FI GK = FI AJ = AH GH = FJ

OpenStudy (anonymous):

OpenStudy (anonymous):

mmmm idk post the question nd pic. i think our questions are kinda diff. cuz im going off of my second attempt so not all of them are exactly the same as thee questions for the first attempt so

OpenStudy (anonymous):

i posted a picture of the question and answers above.

OpenStudy (anonymous):

i see it now hold on

OpenStudy (anonymous):

yeahh im not sure but i just asked for some help from this guy he is rlly good at this stuff so hopefully he can help some

OpenStudy (anonymous):

Our charts should look the same, just have different pieces missing.

OpenStudy (anonymous):

Well, yeah, but yours asks for the square root postulate, where as mine asked for the segment addition postulate.

OpenStudy (anonymous):

if you had the segment addition postulate missing, it should have the square root postulate one already filled in with the answer i'm looking for

OpenStudy (anonymous):

ooh duh sorry.... its GK = FI

OpenStudy (anonymous):

okay one more

OpenStudy (anonymous):

thank you very much by the way! you're such a good help :)

OpenStudy (anonymous):

Alright, go ahead

OpenStudy (anonymous):

Jennifer made the following measurements: CF = 8 cm, DF = 4 cm, EF = 7 cm and BF = 3 cm. The following proof shows that Jennifer’s measurements were wrong. What is the missing reason in the proof?

OpenStudy (anonymous):

is this in the same assignment?

OpenStudy (anonymous):

Yes.

OpenStudy (anonymous):

OpenStudy (anonymous):

choices: Multiplication Property of Equality Simplify Two Secants from the Same Point Substitution

OpenStudy (anonymous):

ok i see it .i had simplify to fill in for the blank next to 32 = 21

OpenStudy (anonymous):

I'm looking for this one: 8 · 4 = 7 · 3

OpenStudy (anonymous):

the one above 32=21

OpenStudy (anonymous):

mmk it's substitution

OpenStudy (anonymous):

ah thank you so much again! :)

OpenStudy (anonymous):

aha np =)

OpenStudy (anonymous):

you do FLVS too?

OpenStudy (anonymous):

yep it's my first year though. i will be back in hs nxt yr i hope tho

OpenStudy (anonymous):

i'll message you. :D

OpenStudy (anonymous):

ok =D

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