Prove that the medians drawn from the vertex of the base of an equilateral triangle are equal
Answers
Answer:
Let ABC be a triangle AH the height from A to BC and AM the median (M the midpoint between B and C) without loss of generality let's say that H is between B and M so we have ΔBAH and ΔMAH congruent as angles BHA and MHA are equal angle BAH and MAH are equal (per hypothesis of problem) and they share side AH. Therefore BM=HM(Or Hm=
= 2
= 21
= 21
= 21 BM)
= 21 BM) So, Lets' see ΔAHC. AM is bisector therefore we have ratios
= 21 BM) So, Lets' see ΔAHC. AM is bisector therefore we have ratios MC
= 21 BM) So, Lets' see ΔAHC. AM is bisector therefore we have ratios MCMH
= 21 BM) So, Lets' see ΔAHC. AM is bisector therefore we have ratios MCMH
= 21 BM) So, Lets' see ΔAHC. AM is bisector therefore we have ratios MCMH =
= 21 BM) So, Lets' see ΔAHC. AM is bisector therefore we have ratios MCMH = AC
= 21 BM) So, Lets' see ΔAHC. AM is bisector therefore we have ratios MCMH = ACAH
= 21 BM) So, Lets' see ΔAHC. AM is bisector therefore we have ratios MCMH = ACAH
= 21 BM) So, Lets' see ΔAHC. AM is bisector therefore we have ratios MCMH = ACAH but MH=
= 21 BM) So, Lets' see ΔAHC. AM is bisector therefore we have ratios MCMH = ACAH but MH= 2
= 21 BM) So, Lets' see ΔAHC. AM is bisector therefore we have ratios MCMH = ACAH but MH= 21
= 21 BM) So, Lets' see ΔAHC. AM is bisector therefore we have ratios MCMH = ACAH but MH= 21
= 21 BM) So, Lets' see ΔAHC. AM is bisector therefore we have ratios MCMH = ACAH but MH= 21 MB=
= 21 BM) So, Lets' see ΔAHC. AM is bisector therefore we have ratios MCMH = ACAH but MH= 21 MB= 2
= 21 BM) So, Lets' see ΔAHC. AM is bisector therefore we have ratios MCMH = ACAH but MH= 21 MB= 21
= 21 BM) So, Lets' see ΔAHC. AM is bisector therefore we have ratios MCMH = ACAH but MH= 21 MB= 21
= 21 BM) So, Lets' see ΔAHC. AM is bisector therefore we have ratios MCMH = ACAH but MH= 21 MB= 21 MC
= 21 BM) So, Lets' see ΔAHC. AM is bisector therefore we have ratios MCMH = ACAH but MH= 21 MB= 21 MCtherefore
= 21 BM) So, Lets' see ΔAHC. AM is bisector therefore we have ratios MCMH = ACAH but MH= 21 MB= 21 MCtherefore MC
= 21 BM) So, Lets' see ΔAHC. AM is bisector therefore we have ratios MCMH = ACAH but MH= 21 MB= 21 MCtherefore MCMH
= 21 BM) So, Lets' see ΔAHC. AM is bisector therefore we have ratios MCMH = ACAH but MH= 21 MB= 21 MCtherefore MCMH
= 21 BM) So, Lets' see ΔAHC. AM is bisector therefore we have ratios MCMH = ACAH but MH= 21 MB= 21 MCtherefore MCMH =
= 21 BM) So, Lets' see ΔAHC. AM is bisector therefore we have ratios MCMH = ACAH but MH= 21 MB= 21 MCtherefore MCMH = 2
= 21 BM) So, Lets' see ΔAHC. AM is bisector therefore we have ratios MCMH = ACAH but MH= 21 MB= 21 MCtherefore MCMH = 21
= 21 BM) So, Lets' see ΔAHC. AM is bisector therefore we have ratios MCMH = ACAH but MH= 21 MB= 21 MCtherefore MCMH = 21
= 21 BM) So, Lets' see ΔAHC. AM is bisector therefore we have ratios MCMH = ACAH but MH= 21 MB= 21 MCtherefore MCMH = 21
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