Math, asked by TiyashaSadhu4261, 4 months ago

11. (a) Look at the following matchstick pattern of squares (Fig. 11.6). The squares are not separate. Two neighbouring squares have a common matchstick. Observe the patterns and find the rule that gives the number of matchsticks in terms of the number of squares.

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The squares are not separate. Two neighbouring squares have a common matchstick. Observe the patterns and find the rule that gives the number of matchsticks in terms of the number of squares. (Hint : If you ... Ex 11.1, 11 (a) Look at the following matchstick pattern of squares (Fig 11.6). The squares are

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11. (a) Look at the following matchstick pattern of squares (Fig. 11.6). The squares are not separate. Two neighbouring squares have a common matchstick. Observe the patterns and find the rule that gives the number of matchsticks in terms of the number of squares. ​

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11. (a) Look at the following matchstick pattern of squares (Fig. 11.6). The squares are not separate. Two neighbouring squares have a common matchstick. Observe the patterns and find the rule that gives the number of matchsticks in terms of the number of squares.