If the number line has negative numbers to the left of zero and positive numbers to the right then the further you go to the right, the greater the numbers become.
A number line can have both positive and negative numbers. You can put the number line in any position, but often it is represented so that numbers to the right of zero are positive, and numbers to the left of zero, negative.
The convention is to locate positive numbers to the right of the point identified as zero on a number line.
Yes. In general, a negative number with a SMALLER absolute value (the value of the number once you remove the sign) is LARGER. If this looks confusing, look at the numbers on a number line. Zero is somewhere on the number line, positive numbers are to the right of zero (1, 2, 3, 4, ...), negative numbers are to the left of zero (-1, -2, -3, -4, ...). If one number is greater than another, then it is further to the right on the number line.
A positive number is one that is greater than zero. A negative number is one that is less than zero. To visualize this, it is convenient to look at the numbers on a number line. A positive number is to the right of zero.
Numbers to the right of zero on a number line are positive numbers; to the left are the negative numbers.
If the number line has negative numbers to the left of zero and positive numbers to the right then the further you go to the right, the greater the numbers become.
Positive numbers are numbers to the right of zero on a number line.
A number line can have both positive and negative numbers. You can put the number line in any position, but often it is represented so that numbers to the right of zero are positive, and numbers to the left of zero, negative.
On a number line, the positive numbers extend to the right of zero, and the negative numbers extend to the left of zero. So -3.4 is 3.4 to the left of zero.
Positive numbers go to the right of zero, negative numbers go to the left of zero.
On a number line, the numbers start with zero and get larger as they move to the right, They are negative and get smaller as they move to the left from the zero. To find which number is greater, you can find the places of two numbers on the line and the one on the right is greater.
The convention is to locate positive numbers to the right of the point identified as zero on a number line.
Yes. In general, a negative number with a SMALLER absolute value (the value of the number once you remove the sign) is LARGER. If this looks confusing, look at the numbers on a number line. Zero is somewhere on the number line, positive numbers are to the right of zero (1, 2, 3, 4, ...), negative numbers are to the left of zero (-1, -2, -3, -4, ...). If one number is greater than another, then it is further to the right on the number line.
No, both positive and negative numbers are part of the so-called "real" numbers. The so-called "imaginary" numbers are outside the number line.Imagine the real numbers as a line from left to right, and the imaginary numbers a a separate line, from top to bottom. The place where they meet is zero. Positive is to the right of zero, negative to the left, imaginary numbers like +i or +3i to the top of zero, and negative imaginary numbes like -5i to the bottom of zero.
A positive number is one that is greater than zero. A negative number is one that is less than zero. To visualize this, it is convenient to look at the numbers on a number line. A positive number is to the right of zero.
to separate the negative numbers and the positive numbers on a number line