In the figure, AR=RC and PC is parallel to BQ. Name a triangle equal to triangle PCQ and a triangle equal in area to triangle APR, giving your reason. Hence prove that the areas of triangle APR and quadrilateral PBCR are equal.

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In figure AR=RC and PC is parallel to bq. Name the triangle equal to triangle pcq. Hence prove areas of triangle and quadrilatral pbcr are equal
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2.45
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In the figure, AR=RC and PC is parallel to BQ. Name a triangle equal to triangle PCQ and a triangle equal in area to triangle APR, giving your reason. Hence prove that the areas of triangle APR and quadrilateral PBCR are equal.
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In the figure, AR=RC and PC is parallel to BQ. Name a triangle equal to triangle PCQ and a triangle equal in area to triangle APR, giving your reason. Hence prove that the areas of triangle APR and quadrilateral PBCR are equal.
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Apr is equal to pbcr
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In the figure, AR=RC and PC is parallel to BQ. Name a triangle equal to triangle PCQ and a triangle equal in area to triangle APR, giving your reason. Hence prove that the areas of triangle APR and quadrilateral PBCR are equal.
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