a. if you add 2 consecutive counting numbers (such as 47, 48), will the resulting sum always, sometimes, or never be divisible by 2? explain why your answer is true. b. if you add 3 consecutive counting numbers (such as 47, 48, 49), will the resulting sum al-ways, sometimes, or never be divisible by 3? ex-plain why your answer is true. c. if you add 4 consecutive counting numbers (such as 47, 48, 49, 50), will the resulting sum always, sometimes, or never be divisible by 4? explain why your answer is true. d. if you add 5 consecutive counting numbers (such as 47, 48, 49, 50, 51), will the resulting sum always, sometimes, or never be divisible by 5? explain why your answer is true. e. if you add n consecutive counting numbers, will the resulting sum always, sometimes, or never be divisible by n? explain why your answer is true.

Consecutive integers are those integers in a computation formula that follow one another. No number is lost in a sequence when enumerating successive numbers, hence their spacing is always consistent. Consecutive integers are the next numbers in ascending order. The consecutive integers formula may be used to discover consecutive integers for any number or to determine if a set of numbers is consecutive or not.

First set the 3 numbers to be x-2, x, and x+2. So:

x-2+x+x+2=554

3x=554

There is no solution to this issue since three cannot split equally into 554. In reality

182+184+186=552

184+186+188=558

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