Every square number can be written as the sum of two triangular numbers. For example, 16=6 + 10 . This can be represented geometrically by dividing a square array of dots with a line as shown. The triangular arrangement above the line represents 6, the one below the line represents 10 , and the whole arrangement represents 16 . Show how the square

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Every square number can be written as the sum of two triangular numbers. For example, 16=6 + 10 . This can be represented geometrically by dividing a square array of dots with a line as shown. The triangular arrangement above the line represents 6, the one below the line represents 10 , and the whole arrangement represents 16 . Show how the square numbers 25 and 36 may I.kewise be geometrically represented as the sum of two triangular rumbers: Which of the following figures represents the square numbers 25 as the sum of two triangular numbers? A.

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