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This statement is false. A number can be divisible by 3 and still be even, such as the number 6, which is both divisible by 3 and an even number. Divisibility by 3 is determined by the sum of a number's digits, not by whether the number is odd or even. Therefore, being divisible by 3 does not imply that a number must be odd.
An even number is a number which can be divisible by 2 and remain whole number (not a fraction or decimal). Odd numbers are basically everything else (number that cannot be divisible by 2). Even number examples: 2, 8, 64, 2018 Odd number examples: 1, 3, 19, 719
When adding two numbers together it must be divisible by two. Being divisible by two is the definition of an even number.
If a number is even (divisible by 2) and divisible by 3, then it must also be divisible by 6.
There is none. The only even Prime number (even meaning divisible by two, and primes being numbers divisible only by the integers 1 and themselves) is 2.
The statement is not correct. The sum of the digits of a number being divisible by 2 indicates that the sum is even, but it does not guarantee that the original number itself is even. A number is divisible by 2 if its last digit is even (0, 2, 4, 6, or 8). For example, the number 13 has a digit sum of 4 (1 + 3), which is even, but 13 itself is not divisible by 2.
If a number is not divisible by two then it is not an even number.
58930, being an even number, is divisible by 2. The quotient is 29465.
There is none. The only even prime number (even meaning divisible by two, and primes being numbers divisible only by the integers 1 and themselves) is 2.
No odd numbers are divisible by even numbers.
If a number is not even, then it is not divisible by 2.
The definition of an even number is a number that is divisible by 2. Thus ALL even numbers are evenly (sic) divisible by 2.