Money per person and 2nd generation

Given these operations:
+, -, *, /, ^, nth root

The numbers 0-100

These types of mating:
M-F
H-F
H-M
H-H
H-S

Where M is male, F is female, H is hermaphroditic, and S is self

And the fact that:
0, 2, 5, 10, 11, 17, 20, 22, 23, 31, 34, 40, 41, , 44, 46, 47, 50, 55, 59, 61, 62, , 68, 71, 79, 80, 82, 85, 88, 89, 92, 94, and 100 are male

4, 8, 16, 25, 32, and 64 are hermaphroditic

The rest of the numbers are female.

only 1 operation can occur per pregnancy

and The operations are like this:
M+F
M-F
M*F
M/F
M^F
M root F

where M is the mother and F is the father

how many numbers can be designated as I(The First) besides fractions and -1 through -99

How many can be designated as II(The Second)

and so on to a large but finite designation?

Ive tried doing this by going like this:
X+100, X+99, ... X+0
X-0, X-1, ... X-100
X*100, X*99, ... X*0
X/1, X/2, X/3, ... X/100
X^0, X^1, X^2, ... X^100
and all female and hermaphroditic Ns except 1 used for the index of nth roots(So no square roots or 5th roots)

But this will take a long time. With mine I can figure out exactly which numbers will be designated as I which ones will be designated as II and so on to a large but finite designation but it will then take a long time to count them individually, Especially large numbers like 3^100.

This is all part of a bigger question which is that assuming everything is free until all the x+101 numbers get an equal amount of money and 1 person produces per year 13,146,337,252,759,428 dollars(5 of each denomination of the third Zimbabwe dollar * 73(which is 365/5)), and that 5 people are producing money how many years will it take to get an equal amount of money to everyone? How much money will each number have after those y years?

Just to clarify the Third Zimbabwe Dollar denominations from 1 up are:

1 dollar
5 dollars
10 dollars
20 dollars
100 dollars
500 dollars
1000 dollars
10000 dollars
20000 dollars
50000 dollars
100000 dollars
500000 dollars
1 million dollars
10 million dollars
100 million dollars
200 million dollars
500 million dollars
1 billion dollars
5 billion dollars
10 billion dollars
20 billion dollars
50 billion dollars
10 trillion dollars
20 trillion dollars
50 trillion dollars
and
100 trillion dollars

I am curious about this since in my math world story after all the restaurants have opened and 2^20 has seen every base up to base 62 besides the planet of base 10 where it was born is when the x+101 base 10 numbers get their money(assuming none are babies) and it is equally spread among all x+101 base 10 numbers. Of course the other bases have their own currencies starting with ones that have the most denominations(which includes the third Zimbabwe dollar) and going down to ones that are more like our own with very few denominations. The coins produced are at first change and are then used for cheaper stuff.

Now I know that each number is going to have more than 1 trillion dollars just from the quadrilions of dollars produced per year.