Anything between 4.6 and 4.9.
4.7
An integer is a "whole number". The only way it can have a decimal is if the decimal part is all nothing but zeros. Then you could erase the decimal part and it wouldn't change the value of the number.
20 is a number above the decimal point, so writing it as a decimal is not really possible. You could write 20.0 and include the next numbers place, but it's the same number.
A terminating decimal number is one whose decimal representation ends after a final number of digits. A non-terminating decimal number is one whose decimal representation goes on forever. It could be in the form of a number-string that repeats infinitely, for example, 2/11 = 0.18181818.... or one in which there is no pattern (all irrational numbers). Analogous definitions apply to numbers expressed in other bases.
You find the number in between the two modes. It could be a decimal.
In whole numbers, a decimal follows the number. Example, in the number 7, the decimal is after it, 7.0 The decimal is not visible, but it is there.
4.7
there are infinite numbers between these decimals. you could have .51 .511 .5111 .51111 .51928471289347 .5918237498 .59283759823758923 as long as you keep making the number greater. all these numbers are decimals between. 0.5 and 0.6
An integer is a "whole number". The only way it can have a decimal is if the decimal part is all nothing but zeros. Then you could erase the decimal part and it wouldn't change the value of the number.
20 is a number above the decimal point, so writing it as a decimal is not really possible. You could write 20.0 and include the next numbers place, but it's the same number.
A terminating decimal number is one whose decimal representation ends after a final number of digits. A non-terminating decimal number is one whose decimal representation goes on forever. It could be in the form of a number-string that repeats infinitely, for example, 2/11 = 0.18181818.... or one in which there is no pattern (all irrational numbers). Analogous definitions apply to numbers expressed in other bases.
It could be 1.253215421546
You find the number in between the two modes. It could be a decimal.
Depending on what you mean, it could be 63.0 (if the numbers are 35 & 98), or 0.63 (if the numbers are 0.35 & 0.98).
No, they could not. Irrational numbers are also decimal numbers.
Numbers can be ordinal, cardinal or imaginary. They could also be fractional, decimal, rational or irrational.
It could be anything between 5.500000000001 and 6.4999999999999 .