So 1+3+5+7+9+11+13+15=64, so 64 being an even number, your answer is yes.
All whole numbers, when multiplied by two (2) are even numbers (Of course, this includes zero, which is an even number).
Even. Numbers ending in zero are multiples of 10, and 10 = 5 x 2, so all multiples of 10 are even.
All numbers ending in zero are even.
An integer. Integers are all of the whole numbers, all of the negative whole numbers, and zero.
Zero isn't the smallest number, if a number at all. Negative numbers such as -4 are smaller.
All numbers ending in zero are even.
It is even. All whole numbers ending in zero are even.
All even numbers (except zero and two) are composite.
All whole numbers, when multiplied by two (2) are even numbers (Of course, this includes zero, which is an even number).
Like all numbers that end in zero, 520 is an even number.
No. All whole numbers ending in zero are even. The only even prime number is two.
Even. Numbers ending in zero are multiples of 10, and 10 = 5 x 2, so all multiples of 10 are even.
All non-zero numbers are, in fact, signed numbers. We know that all the real numbers make up the real number line. That line is divided into the positive and the negative real numbers, and zero as the dividing point. Every number we can think of is either to the right or left of zero, making that number positive or negative, respectively. We can even assign a sign to imaginary numbers, so they, too, will have a sign associated with them.
Placing a zero to the right of a number multiplies it by a factor of 10, and all multiples of 10 are even numbers.(10 = 2 x 5).
The values are : All even numbers and zero.
AND it to 1 and test for zero. All even numbers have 0 in the last bit.
The answer is Zero (0) because that is what you get when you multiply by zero, and zero is one of the numbers on the telephone keypad.