The sun is mostly composed of hydrogen-1 atoms. When two of these hydrogen-1 atoms collide, it...

The sun is mostly composed of hydrogen-1 atoms.
When two of these hydrogen-1 atoms collide, it produces no nuclear reaction. Why?
And
How does the collision between two hydrogen-1 atoms in the sun become a nuclear fusion reaction?

Solutions

Expert Solution

genius_generous answered 1 year ago

Next > < Previous

Related Solutions

1.Two hydrogen atoms can combine to form H2 but two He atoms cannot form He2 —...

1.Two hydrogen atoms can combine to form H2 but two He atoms cannot form He2 — Justify from MO viewpoint. 2.Ethyl benzene is treated with (i) Br2 and FeBr3 and (ii) Br2 and light or heat separately. Do you think the products will be same? Justify your answer. 3.The double bond in cyclohexene can be oxidized by potassium permanganate (KMNO4), whereas the double bonds in benzene do not undergo this oxidation reaction — Justify.

Consider two identical boxes filled with hydrogen atoms. The atoms in Box A are illuminated by...

Consider two identical boxes filled with hydrogen atoms. The atoms in Box A are illuminated by a beam of ultraviolet light, while the atoms in Box B collide with a beam of electrons. The light has a wavelength of 97.3 nm in vacuum. Each electron in the electron beam has the same energy as each photon in the beam of light. For electrons, the potential energy levels are the difference between the excited energy state that the atom is knocked...

Problem 3. Consider two identical boxes filled with hydrogen atoms. The atoms in Box A are...

Problem 3. Consider two identical boxes filled with hydrogen atoms. The atoms in Box A are illuminated by a beam of ultraviolet light, while the atoms in Box B collide with a beam of electrons. The light has a wavelength of 97.3 nm in vacuum. Each electron in the electron beam has the same energy as each photon in the beam of light. a) Calculate the energy of the electron beam b) How many spectral absorption lines do you expect...

hydrogen bonds... a) are the strongest but can be weak b) form between two hydrogen atoms...

hydrogen bonds... a) are the strongest but can be weak b) form between two hydrogen atoms c) involve the transfering of electrons d) strongest bonds due to their length e) only can be able to form between o2 atoms and H atoms within a molecule f) none of the above g) all of the above I) need more information

A 1-mole sample of hydrogen gas has the same number of hydrogen atoms as a 1-mole...

A 1-mole sample of hydrogen gas has the same number of hydrogen atoms as a 1-mole sample of water molecules (H2O). true or false?

When two hydrogen atoms approach each other to form a chemical bond, different interactions occur between...

When two hydrogen atoms approach each other to form a chemical bond, different interactions occur between the atoms. Identify the correct statements with respect to the interactions involved in the formation of chemical bond. Check all that apply. When two atoms of H approach each other, each electron repels the other nucleus. When two atoms of H approach each other, each electron is attracted by the other nucleus. When two atoms of H are infinitely far apart, they show attractive...

What is the frequency of the photons emitted by hydrogen atoms when they undergo transitions from...

What is the frequency of the photons emitted by hydrogen atoms when they undergo transitions from n = 5 to n = 2? Calculate in s-1 In which region of the electromagnetic spectrum does this radiation occur?

This question relates to energy levels in the hydrogen atoms. Calculate the energy change when an...

This question relates to energy levels in the hydrogen atoms. Calculate the energy change when an electron is promoted from the n = 2 to the n = 9 level in a hydrogen atoms If the electron falls back from the n = 9 to the n = 2 level, calculate the wavelength of light corresponding to this transition. If the range of visible light is from 400nm to 750nm, in which region of the electromagnetic spectrum will this emitted...

1 (a) . Show that the zero-point energy of a Debye solid composed of N atoms...

1 (a) . Show that the zero-point energy of a Debye solid composed of N atoms is equal to 9/8NkΘD. This implies, for each vibrational mode of the solid, a mean zero-point energy 3/8 kΘD, that is, = 3/4 ωD. (b)Show that, for T < θd,="" the="" quantity="">P − CV) of a Debye solid varies as T7 and hence the ratio (CP/CV) 1

Complete the following reaction. Add hydrogen atoms and charges to the appropriate atoms.

Subjects