yes , the electron in the ground state of the hydrogen atom will absorb a photon of energy 13.6ev but not greater than 13.6 ev . because 13.6 ev is the energy which excites the hydrogen atom
yes, the extra energy imparted to electron as a kinetic energy.
The highest energy photon that can be absorbed by a ground state hydrogen atom without causing ionization from ground state n=1 to n=6 would be 13.22 eV.
It goes boom. scary. Another answer Nothing happens when fire is added to hydrogen gas. Hydrogen gas needs another gas in order to do anything. If you have hydrogen gas in the air and add fire, you get a great big boom.
The hydrogen in HCl has a metabolic concentration of solution with hydrogen which reacts with an aqueus solution in its anabolic form. This corresponds to hydrogen in water. The oxidation of the hydrogen in water is still positive 1 and it remains so therefore there is no redox reaction. Another argument can be made with the difference in the law of multiple proportions making the variable compoisiton with a ratio of solvent different. HCl undergoes a electronic blanace reduction causing the nucleus to emit a photon particle. The hydrogen in HCl has a metabolic concentration of solution with hydrogen which reacts with an aqueus solution in its anabolic form. This corresponds to hydrogen in water. The oxidation of the hydrogen in water is still positive 1 and it remains so therefore there is no redox reaction. Another argument can be made with the difference in the law of multiple proportions making the variable compoisiton with a ratio of solvent different. HCl undergoes a electronic blanace reduction causing the nucleus to emit a photon particle. The hydrogen in HCl has a metabolic concentration of solution with hydrogen which reacts with an aqueus solution in its anabolic form. This corresponds to hydrogen in water. The oxidation of the hydrogen in water is still positive 1 and it remains so therefore there is no redox reaction. Another argument can be made with the difference in the law of multiple proportions making the variable compoisiton with a ratio of solvent different. HCl undergoes a electronic blanace reduction causing the nucleus to emit a photon particle.
Yeast froths when put in peroxide because the acidic nature of peroxide reacts chemically with the products of yeast, causing hydrogen to be given off and froth to fizz rapidly.
Hydrogen gas reacts with oxygen gas to form water and gives off energy in the process. This energy, mostly in the form of heat, can be used as an energy source. Hydrogen fuel cells are specialized to react the hydrogen and oxygen in an optimal way so that maximum energy can be harnessed. The source of the energy is the hydrogen gas that is synthesized in a lab, usually by the electrolysis of water (which means running electrical energy through water causing it to separate into oxygen and hydrogen gas). The energy used to create the hydrogen gas can come from many sources including fossil fuels, solar, hydroelectric, etc.
The second ionization energy of sodium is so much greater than the first because the first electron is removed from the valence shell, while the second electron is removed from the core orbitals. Additionally, the sodium atom has a positive charge after the first ionization, which thus attracts the remaining electrons more strongly. Both of these factors lead to a much higher second ionization energy compared to the first.
Diarrhea may sweep other nutrients out of the intestine before they can be absorbed, causing malnutrition.
Lindane works by being absorbed into the louse's central nervous system, causing seizures and death.
It is endothermic because energy is being absorbed and causing the crayon to melt
I beileve that the thermal energy is absorbed and into the lithosphere causing bergs to melt- IDK! i saw that on wikipedia! XD
There is a greater repulsive force from the negatively charged anion, thus causing the addition of successive electrons to be electrically unfavorable. Energy is necessary to overcome the electrostatic repulsion, making additional electron affinities endothermic. For the same reason, the noble gases and nitrogen absorb energy even for their first ionization energy. Greater stability = energy released. It requires energy to disrupt that stability.
If anything burning is inserted into, or placed around a mass of Hydrogen gas, it will ignite the Hydrogen, causing it to "explode". The resulting explosion is very hot, and if done with too much Hydrogen gas, can be dangerous. Exercise caution when preforming this.
It goes boom. scary. Another answer Nothing happens when fire is added to hydrogen gas. Hydrogen gas needs another gas in order to do anything. If you have hydrogen gas in the air and add fire, you get a great big boom.
Solid, pure, potassium metal will react violently with water to form hydrogen gas. Often this hydrogen gas will ignite causing a flame and sometimes an explosion.
If it is inefficient, causing more input then output, or wasteful, eg: a hydrogen converter with a reuptake adapter reusing purified hydrogen but losing the bulk of the material.
not really. the auroras are produced when high energy particles (mostly electrons) are captured by the earth's magnetic field and directed to the pole enter the atmosphere causing ionization of gasses in the atmosphere.
The energy it takes to remove a valence electron from an element.
Melting. During melting, the hydrogen bonds between water molecules are broken thus causing the state to change from the solid to the liquid state where there are LESS (and not no) hydrogen bonds.