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Notation of this document

01 - Atoms(1)

1p    1e
2p 2n 2e

02 - Atoms(2)

3p 4n 3e
4p 5n 4e

03 - Atoms(3)

H    1p    1e   (Hydrogen)
²H   1p 1n 1e   (Deuterium)
³H   1p 2n 1e   (Tritium)

Introduces three glyphs.

04 - Atoms by proton number

e         (electron)
H   1p
He  2p
Li  3p
Be  4p
B   5p
C   6p
N   7p
O   8p

First perioditc table elements by atomic number (proton number).

The notation is same as in the Pegovka numerals.

05 - Molecules

35:Br                   19p    // 35 should be [Br]omine, but there are only 19 protons (WHY)
Methane                 CH4
Ammonia                 NH3
Water                   H2O
triple bond             N2
double bond             O2
Silicon Dioxide         SiO2
Ozone                   O3
Iron (II) Oxide         FeO
Aluminium (III) Oxide   Al2O3
Sodium Nitrate          NaNO3  // Shows covalent bond instead of ionic bond (WHY)
Magnesium Chloride      MgCl2  // Shows covalent bond instead of ionic (WHY)
Iron (III) Oxide        Fe2O3
-----------------------------------
title: Hydrogen_bond

06

title: Amino_acid
TODO

07

title: Amino_acid
TODO

08 and 09

08

title: BiologyA; BiologyA-1; BiologyA-2
TODO

09

title: BiologyB; BiologyB-1; BiologyB-2
TODO

Demonstration of polymer replication via base pairing (similar to DNA/RNA).

As more information that might be useful, DNA has a (deoxyribose sugar - phosphate) chain that binds to nitrogenous bases; RNA is a (ribose sugar - phosphate) chain.

10

title: BiologyA; BiologyA-1

11

title: BiologyB; BiologyB-1

12

In this order:

+---+---+---+
|   |   | 3 |
|   |   +---+
| 1 | 2 | 4 |
|   |   +-+-+
|   |   |5|6|
+---+---+-+-+

1

title: BiologyA; TODO; TODO
molecules TODO

2

title: BiologyB; TODO; TODO
molecules TODO

3

title: BiologyA; BiologyA-0
TODO

4

title: BiologyB; BiologyB-0
TODO

5

TODO

6

TODO

13 - Cross section of the planet

title: Planet TODO

14 - Map of the planet

title: Planet

15 - Planetary system