ABCD is a quadrilateral. A line through D parallel to AC meets BC produced in P.
Prove that ar( triangle ABP) = ar( quadrilateral ABCD)
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Answered by
92
Answer: ar(∆ABP) = ar(ABCD)
Step-by-step explanation:
Given : ABCD is quad where line parallel to AC through D meets at BC produced on P.
To Prove : ar(∆ABP) = ar(ABCD)
Proof : Since AC || DP therefore,
ar(∆ADC) = ar(∆ACP)
Because area of triangles at same base and parallels are equal.
Adding ar(∆ABC) both sides we get,
ar(∆ADC) + ar(∆ABC) = ar(∆ACP) + ar(∆ABC)
ar(ABCD) = ar(∆APB)
OR
ar(∆ABP) = ar(ABCD)
Q.E.D
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Answered by
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Solu:- Given:- ABCD is quadrilateral A line through D parallel to AC meets BC produced in P.
Prove that:- ar (ABP) = ar (quad ABCD)
Proof:- Since, In ∆APC and ∆ADC are lie on the same base AC and between the same parallel line AD and CP.
So, ar (APC) = ar (ADC)
By adding both sides ∆ABC ------ (1)
so, we get , ar (APC) + ar (ABC)=ar (ADC) + ar (ABC)
ar (ABP) = ar (quad ABCD)
Hope it is helpful to you....
Prove that:- ar (ABP) = ar (quad ABCD)
Proof:- Since, In ∆APC and ∆ADC are lie on the same base AC and between the same parallel line AD and CP.
So, ar (APC) = ar (ADC)
By adding both sides ∆ABC ------ (1)
so, we get , ar (APC) + ar (ABC)=ar (ADC) + ar (ABC)
ar (ABP) = ar (quad ABCD)
Hope it is helpful to you....
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