–5 is less than 4, because –5 lies to the left of 4 on the number line.
Another important thing to know about negative numbers is that they get smaller the farther they get from 0. On this number line, the farther left a number is, the smaller it is. So 1 is smaller than 3. -2 is smaller than 1, and -7 is smaller than -2.
We know that the always positive integer is greater than the negative integer. So that 1 is greater than -2. -2 > -5: Consider the negative integers, in which the smallest number has a greater value than the largest number. So we conclude that -2 is greater than -5.
From the above number line, it can be seen that -5 is more close to 0 than -10. Thus, -10 is less than -5.
Numbers appearing farther to the right on this line are greater, while numbers appearing farther to the left are less. Thus zero appears in the middle, with the positive numbers to the right and the negative numbers to the left. negative 8 is considered to be less than negative 5: −8 < −5.
In mathematics, −1 (negative one or minus one) is the additive inverse of 1, that is, the number that when added to 1 gives the additive identity element, 0. It is the negative integer greater than negative two (−2) and less than 0.
–1 is greater than –3, because –1 lies to the right of –3 on the number line. For less than you can use the <-sign. For greater than you can use the >-sign.
Zero is greater than every negative integer.
The set of negative integers start from -1 up to negative infinity where the largest negative integer is -1 and the smallest negative number occurs at negative infinity (i.e., does not exist). Therefore, the smallest negative number does not exist.
Applying this concept to other negative numbers, -5 is less than -2 simply because it is more negative than -2. 5 is greater than 2 because 5 is more positive than two. -2 is greater than -8 because -2 is also more positive than 8.
Rule # 3 says with negative numbers, the integer closest to zero is of greater value. For the two negative integers, if I draw a line from zero to each of them, -1.2 is closest to zero. Using this rule, -1.2 is the larger of the two negative numbers."
Remember, a positive number is always greater than a negative number, and when comparing negative numbers, the one farther from zero is less. Here is an example.
Every negative integer is on the left of zero on the number line. Hence, zero is greater than every negative integer.
(iii) Zero is greater than every negative integer since 0 is to the right of every negative integer. - YouTube.
Positive numbers are greater than 0 and located to the right of 0 on a number line. Negative numbers are less than 0 and located to the left of 0 on a number line.
Positive numbers are greater than 0, and negative numbers are less than 0.
Which is the larger number, -6 or -2? Using the number line, -2 is further to the right.
-9,-8,-7,-6,-5,-4,-3,-2,-1,0,1,2,3,4,5,6........etc, are greater than -10. Q.
Any number without a minus sign is assumed to be positive. Thus, 5 is positive (plus) five, while -5 is negative (minus) five. Typically, the number 0 is considered neither positive nor negative.
No, -0.5 is less than -1. because…. There's a lot difference between negative and positive integer. 0>-1>-2>-3>-4>-5 and so on….
The smallest negative integer is -infinity and the largest negative integer is -1.
On a number line, numbers always increase (become "more positive") to the right and decrease (become "more negative") to the left. Numbers to the right are greater than numbers to the left and numbers to the left are less than numbers to the right. To describe one number as less than another, we use the symbol "<".
We can compare two different numbers by looking at their positions on the number line. For any two different places on the number line, the number on the right is greater than the number on the left. Note that every positive number is greater than any negative number.
Why is minus into minus equals to plus? Answer: There are different rules of negative numbers in different operation. When we multiplied negative by negative number will give result is a positive number, which means that the product of two negative integers is always positive.