3,4 and 5
A positive number is a number greater than zero. Therefore: 5 x 2 = 10 is one example.
Any number greater than 0 and less than 3.14
Positive numbers are greater than negative numbers. Decimals can be either positive or negative.
You get a positive number which is larger than the original.
a positive number is always greater than a negative number
A negative number is less than a positive number. Think about it this way: a negative number is less than 0. A positive number is greater than 0. Therefore, a negative number must be less than a positive number.
When you multiply a positive number by a number greater than 1, the result is a larger positive number. This is because multiplying by a number greater than 1 increases the value of the original positive number. For example, multiplying 5 by 2 results in 10, which is greater than 5. Thus, the operation effectively scales the positive number up.
The positive number is always greater. However, the modulus of a negative number may be greater. Here is the number line. -infinity,.... -5,-4,-3,-2,-1, 0,+1,+2,+3,+4,+5 .... + infinity. So reading the number line, +2 > -4 . However, the modulus of '-4' is greater than the modulus of +2. . It is written as |-4| > |+2|, that is the number four is greater than the number two. Note the pair of vertical lines. NB I have put in the positive (+) sign to compare against the negative (-), however, a number that does not show a sign is read as positive(+).
No.
Oh, dude, no way! The number 0 is actually considered a whole number, not a positive integer. Positive integers are all the numbers greater than zero, so 0 just missed the cut. But hey, it's still hanging out with the cool numbers in the whole number club, so it's all good.
If a number is nonzero, then the number is positive.
All positive numbers are greater than zero.