The number line is infinitely dense, so there is no number immediately to the right. The number 10 is to the right. 8 is to the right and nearer. 7.99 is also to the right and nearer still. Then 7.992, and then 7.9918, and so on, for ever.
Then B is to the left of A on the number line.
A numberline is never-ending. It goes to infinity to the right and to negative infinity to the left... Not always it depends on what nimber line it is.
no negative numbers are always smaller than positive numbers..... you can draw out a numberline and see any number to the left of the number zero is negative and to the right is positive
Fraction ( of 1)
It is not possible to right 9 tenths as an improper fraction because it is not a whole number.
No. It is the other way round.
a line with the median marked with 0. if you go to the right of 0 you find positive numbers. If you go to the left of 0 you will get negative numbers.
to the right of the zerow
It is a decimal fraction.
533333333/100000000 ------------------------ That is right, but when you have the periodic number 0,5333333333333333333333333333333333333333333333333333333... etc. it is the fraction 8/15
Fraction refers to the amount to the right of the decimal point (amounts of less than 1), so if you multiply any (positive) number by a fraction its value will be reduced.
It looks exactly like a whole number with a fraction standing to the right of it.