The fact is, everything can be counted, not starting from scratch.
Zero appears later than other natural numbers.
Zero is created to occupy space.
It doesn't matter whether zero is a natural number.
Let's see what zero can do.
Zero is the number of digits in the table.
For example, 0 in 10 is an epitope, not a number.
For example, the scoreboard, "000" means zero, three zeros account for three digits, and the score value will generally be between 100-999.
Where "000" means zero, and 0 is just a placeholder. Values are not displayed separately.
If the scoreboard is "0", "0" and "0" will be confused.
For example, if we use 0 to mean nothing, it actually means "0", because we are nothing and we will not say nothing out of thin air.
There is nothing here, nothing there, nothing.
"This", "that" and "which" all refer to bits. Because there are no numerical values, they are occupied by 0.
So 0 does not represent a numerical value.
1 is the same.
What does 0, 1 mean?
When you see 0 on the zero scale, it means 0.
1 See 1, which means 1.
In a circuit, the switch can best embody 0 bit and 1 bit.
When the circuit is disconnected, it is 0.
We don't need to know whether there is electricity in front of the switch. We know that after the switch is turned off, there is no electricity in the circuit.
This is a decimal system. If you see 0, it means 0. Know the reason and judge the result.
1 when the circuit is closed.
We don't need to know whether there is electricity in front of the switch. We know that after the switch is closed, there is electricity behind the switch, so the switch must have electricity.
This is 1, see 1, that is 1, see the decisive reason.
0 and 1 have different binary mechanisms, so I really don't know how to convert them.
Starting from binary, it is possible to convert values.
(Binary system has no two, and consists of 0/ 1.
Decimal system has no ten and consists of 0-9.
There is no one in binary and no zero in zero. )