In $$\triangle$$ABC, P is a point on BC such that BP : PC = 4 : 11. If Q is the midpoint of BP, then ar($$\triangle$$ABQ) : ar($$\triangle$$ABC) is equal to:
From figure , we can observe that height of $$\triangle ABC and \triangle ABQ$$ are equal.
Area of $$\triangle ABQ$$ = $$\frac{1}{2} \times 2x \times h $$
Area of $$\triangle ABC$$ = $$\frac{1}{2} \times 15x \times h $$
$$\frac{area of \triangle ABQ}{area of \triangle ABC}$$ = 2:15Â
So, the answer would be option b) 2:15
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