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Mathematics 17 Online
OpenStudy (waheguru):

help me fastttt

OpenStudy (waheguru):

its true when you join the midpoints of any quadretral you get a parallellogram but what if you join the midpoints for a parallogram or a square?????

OpenStudy (anonymous):

have you tried it?

OpenStudy (waheguru):

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OpenStudy (anonymous):

>> its true when you join the midpoints of any quadretral you get a parallellogram Yes.

OpenStudy (waheguru):

but for a square i get a square???

OpenStudy (anonymous):

good answer!

OpenStudy (anonymous):

"square for the square and a parallelogram for the parallelogram"

OpenStudy (waheguru):

oh k

OpenStudy (waheguru):

so then this rule is false

OpenStudy (waheguru):

??

OpenStudy (anonymous):

I don't understand your question anymore.

OpenStudy (waheguru):

so then how is the rule true if we get a square in a square

OpenStudy (paxpolaris):

a square is a parallelogram

OpenStudy (waheguru):

kk

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