When an acid, such as hydrochloric acid or HCl, is added to water, the hydrogen and chlorine split apart forming two ions: H+ and Cl-. The H+ is what makes the acid acidic -- in other words it is the active ingredient in an acid. And because a hydrogen atom only has one proton and one electron in its neutral state, when you have H+, it consists of nothing more than a proton.
A lone proton is extremely unstable and this is due to the very high density of charge. It has a single positive charge, but that charge is located on an extremely tiny object (the proton). When in water, the H+ ions will combine with water molecules immediately to form H3O+. You will never find free protons in a water solution -- all are combined with water to form H3O+. Now, that single positive charge is distributed over a much much larger volume because it can be spread out over several atoms in the molecule instead of one single proton (and remember, even a single atom is much much bigger than a proton). H3O+ is called hydronium, and is also referred to as a hydrated proton -- because it is really a water molecule with one extra proton.
http://wiki.answers.com/Q/What_is_a_hydrated_proton When an acid, such as hydrochloric acid or HCl, is added to water, the hydrogen and chlorine split apart forming two ions: H+ and Cl-. The H+ is what makes the acid acidic -- in other words it is the active ingredient in an acid. And because a hydrogen atom only has one proton and one electron in its neutral state, when you have H+, it consists of nothing more than a proton.
A lone proton is extremely unstable and this is due to the very high density of charge. It has a single positive charge, but that charge is located on an extremely tiny object (the proton). When in water, the H+ ions will combine with water molecules immediately to form H3O+. You will never find free protons in a water solution -- all are combined with water to form H3O+. Now, that single positive charge is distributed over a much much larger volume because it can be spread out over several atoms in the molecule instead of one single proton (and remember, even a single atom is much much bigger than a proton). H3O+ is called hydronium, and is also referred to as a hydrated proton -- because it is really a water molecule with one extra proton.
What_is_a_hydrated_proton
No, the electrons flow from the reaction center to the primary electron center. Just the opposite of what you said.
It happens because, even in the same compound, atoms/molecules in different phases have different types of behaviour. For example, unlike solids, liquid and gas molecules can 'flow' around.
They specify heat flow for the reaction.
The needle valve or flow valve controls the flow of gas into the Bunsen Burner.
Propane boils at -44F so there is 'no flow' below this temperature, it will not vaporize. The ignition temperature is between 920 to 1200F.
Ginger does not affect the menstrual flow.
The alcohol in not known to affect the flow of menstruation.
No. While the proton has the opposite charge of the electron, the proton will not flow from atom to atom like the electron does because the strong atomic force holding the proton in the nucleus is much more powerful than the electromagnetic force.
no
There is no affect of depreciation on cash flow that's why in indirect method of cash flow net income is adjusted for depreciation to calculate cash flow from operating activities.
opposite of flow
Warmer makes it flow better.
Exothermic
Static pressure certainly does affect flow rate. Static pressure can slow or speed up flow rate based on the liquid.
No, protons are the particles that always stay with the nucleus of the atom and thus they never flow. Only electrons have the ability to flow in any conductor because of their mass.
It affects the rate of flow of the lava. Hotter means faster flow
They reduce flow, and create a backpool which reduces flow downstream