Suppose we know that the *sum* of the digits of a number is 42. Use appropriate divisibility tests to select all the statements that we know *must* be true. divisible by 5 divisible by 3 divisible by 9 divisible by 2 divisible by 10 divisible by 4 $$ $$ Next Question

Question

Suppose we know that the *sum* of the digits of a number is 42. Use appropriate divisibility tests to select all the statements that we know *must* be true. divisible by 5 divisible by 3 divisible by 9 divisible by 2 divisible by 10 divisible by 4 $$ > $$ Next Question

Macdonald Mills · Accepted Answer

The number must be divisible by 3.

Suppose we know that the sum of the digits of a number is 42. Use appropriate divisibility tests to select all the statements that we know must be true. divisible by 5 divisible by 3 divisible by 9 divisible by 2 divisible by 10 divisible by 4 \( > \) Next Question

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Suppose we know that the *sum* of the digits of a number is 42. Use appropriate divisibility tests to select all the statements that we know *must* be true. divisible by 5 divisible by 3 divisible by 9 divisible by 2 divisible by 10 divisible by 4 \( > \) Next Question

Solución ThothAI de Upstudy

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preguntas relacionadas

Suppose we know that the sum of the digits of a number is 42. Use appropriate divisibility tests to select all the statements that we know must be true. divisible by 5 divisible by 3 divisible by 9 divisible by 2 divisible by 10 divisible by 4 \( > \) Next Question