Would you expect the spectrum of the helium ion to be as complex as the spectrum of the helium atom?

Answer 1

Yes the spectrum for the helium and hydrogen are arbitrarily the same at the zeros point or ground state of a Hydrogen atom the 1st of the 4 modalities of the standard model is what physics practitioners infer zwitterion in chemistry a zwitterion is a quadra polarization held in suspense as to say vehemently as an engine idols awaiting to accelerate into momentum momentarily from the ground state hydro atomic neutrality in static equilibrium or zero point called inertia ( 92% of universe ) the zwitterion ( German word that means hermaphrodite ) analogous to haploid = single cell or mono atomic locomotive unit of force called the operators ) haploid is a sex cell or “”gamit”” (sperm) H. Ploidy = chromatic sets in the nuclei ( nobil gas spectrum) the quark color forces of the nobility noted of the existence of the light metals or platinum group. If we take the nucleus of a cell in observance it would be filled with sets of Gamits=diploids aka dipoles or zwitterion = a dianion ( 2 ion of -2 charged) and a dication ( +2 ion + charg) together are a quadrapple that is a double dipole held in its isoeclectro static state at this point the helium and hydrogen are one spectrum Helium is the super fluid center of a nuclear center and the spectrum of the hydrogen and helium are the same depending their energy state of the 4 modalities of atomic force. When a zwitterion is set into motion they are Bi directional in propergational wave A given medium ( body of fluids ) the continuous spectrum is the heating of an object with incandescent light ( visible spectrum ) heating an object like earth metals until it’s glowing it’s thermal permeability as a infrared frequency which emits “”continuous spectrum “ ( ie full spectra line reflecting entire rainbow from “ red/ bass tone/ infrasonic - violets frequencies Heating an object until it incandescent can achieve full continuous spectrum. Why? Because the “mono atomic orbitals ( dipoles of ions) of a molecular compounding of any object or body when heated will absor ( building potentials in cell as energy conservation) and give it all its energy in the form of illumination as co2 diffuse and hydrogen carbon seeks its ground state. The illumination is full spectrum as it defuse. glison= H ion is the nucleus of Hydrogen or better said helium super fluid center with bi latterly alignment of 2 unimpeded spinn orbitals who’s opposite spin at the same coherence are held in equalibrium or neutral as the universe fiel of electric static ( cosmic background ) when a strong enough force ( atomic pressur wave ie. Mechanical wave ) break the valence bond in our Hydrosphere of the oxygen-hydrogen resulting in a “Hydroelectric oxide or hydroxide ( oH- charged ) and hydronium ( H3o + charge) The hydrogen nucleus of hydronium ion travels along water molecules by the “”grothuss machnism ( ie protons jumping) inturn the compoundino of mass ( helium proton nucleus increase size as neutron change electronic charges ( depending amount). The helium is the fluid inside and hydrogen is its hemihedral conjugate spinning backwards 1% faster than the speed of light these two are one bi lateral align locomotives of nuclear energy as strong and weak force ie centripetal and centrifugal push and pulling forces of all exiting things of animation a thing heated to an incandescent glow when cooling emits it’s spectrum in ultraviolet

Answer 2

No, I would expect it to be simpler since being devoid of a second electron with which to interact it will fit into the, relatively simple, "Hydrogen-like atom" model .

Answer 3

No, because ionized helium has two protons in its nucleus, whereas hydrogen has one. This changes the line spectrum completely.

Answer 4

A spectrum is specific for each chemical element.

Answer 5

Yes, the emission spectrum is the same.