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.
A number's distance from 0 on a number line is called absolute value. The absolute value of 5 is 5 and the absolute value of -5 is also 5.
Yes. The absolute value of two numbers is ALWAYS positive. This is because absolute value means "the number of spaces a number is from zero on a number line.
The only number whose absolute value is zero is zero. This is because a number's absolute value is its distance from zero on the number line.
No, not necessarily. A number line can start and end wherever you need it. But if you are including both positive and negative numbers, then there needs to be a position for zero.
zero is infact a number not a placeholder contrary to popular belief. many people may argue that zero is the bridge between the positives and the negatives upon the infinite number line. However Zero has a value just as any other number on the number line. zero has a value of zero. this is not an absess of value but the very much real value of zero. if a certain representation has a value on the number line it must therefore be a number. the socalled bridge between the positive and negative numbers is the line upon which all numbers of infinite value are settled.
No. On the number line, the negative numbers move left of zero while the positive numbers move right of 0. The farther right a number is on the number line, the greater in value it is.
The distance between two numbers is the absolute value of their difference.
That is called Absolute Value
Both of them are 6.
Since the numbers on a number line increase from left to right, it follows that any number to the left of another number is smaller than that other number. Of course, most of the time it is quite obvious which of two numbers is larger, and we don't need to plot them on a number line to find that out.
For negative numbers, the number with the larger, or higher, value, is the one that would be smaller if both numbers were positive. So in this case, the larger value is -1. You can see this on the number line; -1 will be to the right of -8, making it the larger of the two numbers.
Numbers to the right of zero on a number line are positive numbers; to the left are the negative numbers.
Integers on the number line are the whole numbers.
A number's distance from zero on a number line is its magnitude or "absolute value."absolute value or magnitude.absolute value
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.
every number and the number line is forever going on
Look on the numbers on the number line. Numbers more to the left are smaller than numbers more to the right (assuming the number line is written in the standard position). All negative numbers are less than zero; positive numbers are more than zero.
To order fractions and decimals, you can either write them all in the same form and then compare them, or place them on a number line. Recall that numbers increase in value as you move from left to right along a number line.
well every integer fraction whole number natural number are rational number's surely rational numbers are represented on a number line and as rational numbers are the real numbers
the number on the right is the greater of two numbers