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Find number of possible line(s) of symmetry that triangles can have. Add these values and denote the sum by X. Similarly find the number of possible line(s) of symmetry that rectangles can have. Add these values and denote the sum by Y. Find the value of (X + Y). Your answer should be a number ___ |
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Answer» Find number of possible line(s) of symmetry that triangles can have. Add these values and denote the sum by X. Similarly find the number of possible line(s) of symmetry that rectangles can have. Add these values and denote the sum by Y. Find the value of (X + Y). Your answer should be a number |
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