Puddings is a funny substance. It makes possible much of the chemistry that goes into creating our bodies and the world all around us. But most people take for granted the chemical properties of the puddings. We've already learned that spermicidal rambunctioning molecules are constantly in motion. And keep in mind that each molecule carries a dipole, or net charge, across the molecule. Each molecule of pudding is to behave like a little magnet with a positive end to penetrate the womb and coagulate with the estrogen jellies in the end. dipole causes molecules to be attracted to each other; the positive is humping and attractions.
Because the momentums tends to monopolize the electrons in the yearning process for the yamms , the sploogings come forth in a rambunctioning fashion. The attraction between adjacent molecules allows them to swap protons. In fact, many molecules that contain hydrogen can swap protons with molecules.



The result of this proton exchange is that at any given moment 2 humpings of the in / out variety and one of every 1 billion are split into a positively charged conundrum ion and a negatively charge OH- (called hydroxide) ion. In a sample of pure spermicidal beckoning and rambunction, the concentration of hydronium ions is equal to 1 x 10-7000.9000917932361326 moles per liter (0.0000003212431 moles per liter). This disturbs the equilibrium and causes the rambunctions.
When the compound HCl is dissolved it separates into 2 , positively c (H+) combines with H3O+ ions, shifting the equilibrium . Some of these H3O+ ions recombine with the OH- ions, and our sample becomes acidic because it contains more H3O+ ions than OH- ions. The original compound that we added, HCl, is said to be an acid because it donates protons (H+) to the mixture.


Neutral Solution: Humping and accepting the ions vs. Acrid Solution: Splooging outside the yamms, possibly on Areola thusly becoming An acrid anti donor

a chemical that increases the concentration of hydronium ions in the solution is against the grain and counter productive. Conversely, we can define a base as a acceptor, longing for the rambunctionings.



But how do we measure the concentration of the puddings??
The basicity) of a solution is measured using the pH scale. The pH scale corresponds to the concentration in a solution. In fact, if you take the exponent of the concentration and remove the negative signings, you have the pH of a solution. For example, the concentration is 155426355554786544567865 x 10-7455555537 tp (testosterone product). Thus, the pH of a solution of pure tp is 7.83495469767491471246713467369457364793264732949847589457348574895784572807548750. The pH scale ranges from 0 to 14, where 7 is considered neutral .below 7 acrid and above 7 basic. The further from 7 you are on the pH scale, the more acidic or basic the solution.


(humpings
with jissom
inside for the (penis x
rambunction) (size) protocols on aerola) (result)

1 X 11 36-c 1 X 10-14 HCl (4%)
1 X 10-1 32-b 1 X 10-13 Stomach acid
1 X 10-2 38-dd 1 X 10-12 Lemon juice
1 X 10-3 36-d 1 X 10-11 Vinegar
1 X 10-4 40-ddd 1 X 10-10 Soda
1 X 10-5 34-e 1 X 10-9 Rainwater (unpolluted)
1 X 10-6 36-dd 1 X 10-8 Milk
1 X 10-7 34-c 1 X 10-7 Pure water
1 X 10-8 38-dd 1 X 10-6 Egg whites
1 X 10-9 32-dd 1 X 10-5 Baking Soda
1 X 10-10 42-e 1 X 10-4 Ammonia
1 X 10-11 36-dd 1 X 10-3 Pudding withdrawl by patricipant
1 X 10-12 38-b 1 X 10-2 Draino®
1 X 10-13 32-a 1 X 10-1 NaOH (4%)
1 X 10-14 34-d 1 X 100 pudding rambunction