Ask your own question, for FREE!
Mathematics 9 Online
OpenStudy (itrymath):

Use the image shown below to answer the question that follows. The two-column proof below is the beginning of the proof to the following theorem: The three medians of a triangle all intersect in one point. Statements Reasons Point F is a midpoint of Point E is a midpoint of Draw Draw By Construction Point G is the point of intersection between and Intersecting Lines Postulate Draw By Construction Point D is the point of intersection between and Intersecting Lines Postulate Point H lies on such that By Construction and Midsegmen

OpenStudy (itrymath):

Use the image shown below to answer the question that follows. The two-column proof below is the beginning of the proof to the following theorem: The three medians of a triangle all intersect in one point. Statements Reasons Point F is a midpoint of Point E is a midpoint of Draw Draw By Construction Point G is the point of intersection between and Intersecting Lines Postulate Draw By Construction Point D is the point of intersection between and Intersecting Lines Postulate Point H lies on such that By Construction and Midsegment Theorem and Substitution BCGH is a parallelogram Properties of a Parallelogram (diagonals bisect each other) Which reason is missing from the proof? (5 points) Properties of a Parallelogram Midsegment Theorem Intersecting Lines Postulate By Construction

OpenStudy (itrymath):

OpenStudy (itrymath):

@jim_thompson5910

OpenStudy (itrymath):

this is last question

OpenStudy (itrymath):

@3mar

OpenStudy (itrymath):

@CamPayne

OpenStudy (itrymath):

@agent0smith

OpenStudy (itrymath):

help please

OpenStudy (3mar):

Well, I am here.

OpenStudy (itrymath):

i need with the problem above

OpenStudy (itrymath):

i think itsD

OpenStudy (itrymath):

im very positive thats its D

OpenStudy (itrymath):

@jim_thompson5910

OpenStudy (itrymath):

@3mar

OpenStudy (3mar):

yes

OpenStudy (itrymath):

am i correct

OpenStudy (itrymath):

im positive the answer is D

OpenStudy (3mar):

let me see!

OpenStudy (itrymath):

so?

OpenStudy (3mar):

One minute, please!

OpenStudy (itrymath):

okay

OpenStudy (itrymath):

hello? @3mar

OpenStudy (3mar):

I am here but I am thinking of it!

OpenStudy (itrymath):

okay

jimthompson5910 (jim_thompson5910):

if you know a figure is a parallelogram, then the opposite sides are parallel If you know the opposite sides are parallel, then the figure is a parallelogram

jimthompson5910 (jim_thompson5910):

there's no fancy name for this idea, so we just refer to this as `Properties of a Parallelogram`.

OpenStudy (3mar):

This is what I wanted to say but I was hesitating

OpenStudy (3mar):

@ItryMath got it?

OpenStudy (itrymath):

yes

OpenStudy (itrymath):

thanks

OpenStudy (3mar):

I am happy to hear that.

OpenStudy (itrymath):

wait but this is a triangle @jim_thompson5910

OpenStudy (itrymath):

jimthompson5910 (jim_thompson5910):

OpenStudy (itrymath):

the picture i just posted is the image we are so post to use

jimthompson5910 (jim_thompson5910):

look at the statement/reason table

Can't find your answer? Make a FREE account and ask your own questions, OR help others and earn volunteer hours!

Join our real-time social learning platform and learn together with your friends!
Can't find your answer? Make a FREE account and ask your own questions, OR help others and earn volunteer hours!

Join our real-time social learning platform and learn together with your friends!