The limit of Rutherford\"s nuclear atomic model are: a. That lacks details about how electrons are arranged roughly the nucleus. B. The does not explain why details elements are much more reactive than various other elements.c. The does not explain why the negatively charged electrons in an atom space not pulled into the atom\"s positively charged nucleus. D. That does no account because that the distinctions in chemistry behavior amongst the miscellaneous elements.

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The orbitals of the sublevels that the exact same principal power level differ in form which explains where the electron is likely to be found.
An s orbital has the shape of a sphere and also is the orbital having the shortest energy. A p orbital is dumbbell-shaped and has the next higher energy. A d orbital has a more complicated shape and a greater energy 보다 either an s orbital or a ns orbital. An f orbital has actually the highest energy of these 4 orbital types; this orbital has actually a very facility shape.
It is a model that defines subatomic particles and atoms together waves. Schrodinger used a mathematical model of the wave/particle nature of matter to hydrogen. Services to the Schrodinger equation recognize the energies an electron can have and how likely it is to uncover the electron in various locations.
In one s orbital, the probability of finding an electron a certain distance indigenous the nucleus walk NOT depend on ____.
The quantum mechanical version determines the enabled energies one electron can have and how most likely it is to identify its location approximately the cell nucleus of the atom.
How execute the energy differences between the higher energy level of one atom compare v the power differences in between the lower energy levels of the atom?
How walk Rutherford explain why electron in the outer region of the atom are not pulled right into the nucleus?
Rutherford proposed that electrons move in orbits around the nucleus like the planets orbit the sun.
A photon v a frequency associated with ultraviolet radiation is absorbed by a hydrogen atom. The atom later undergoes voluntary photon emission, producing three photons. Exactly how is this possible, and what deserve to you say about the energies the the emitted photons?
The emitted photons are created by the electron dropping to energy levels between the initial and also final levels for photon absorption. Since the energies between any two of this levels is smaller sized than the difference in between the energy levels during absorption, the photons that space emitted have smaller energies than the took in photon. Since of conservation of energy, the energies of the three emitted photons equal the energy of the soaked up photon.
What reasons an aurora, and why does it occur an ext easily and also appear brighter nearer the poles than in equatorial or mid-latitude regions?
Earth\"s magnetic field draws fee particles native the sunlight toward the poles, wherein the corpuscle collide with atoms in Earth\"s atmosphere. This atoms offer up the power acquired in the collisions together spontaneous emissions of photons, producing an aurora. Because there are more collisions near the poles, an ext light is at some point emitted, producing a brighter aurora much more often.
Which electron transitions in the Bohr hydrogen atom will produce photons through the shortest wavelengths?
The transitions from any type of of the excited energy levels come the floor state will produce photons through the best energy, and therefore the shortest wavelengths.
An emissions spectrum is a unique collection of spectral currently emitted by an atom gas as soon as a potential distinction is applied throughout the gas.
According to Bohr\"s model, only particular orbits are stable, and the electron is never found in between these orbits.
An absorption spectrum is a continuous spectrum interrupted by dark lines that space characteristic of the medium through i beg your pardon the radiation has passed.
The constantly accelerated electrons in Rutherford\"s design of the atom would continuously radiate electromagnetic waves, and therefore would be unstable. Also, his version did not describe spectral lines.
Starlight passes through a cloud of cool atomic gases. What type of spectrum will be produced, and what will certainly it look like?
The resulting spectrum is an absorb spectrum, which appears as a nearly continuous spectrum with dark lines wherein light of provided wavelengths is absorbed by the gases in the cloud.
Which of the complying with statements is true about emission spectra? a. Emissions spectra kind dark present on a consistent spectrum.b.The wavelength of the spectrum room characteristic of the element emitting the light.c.The wavelength of the spectrum are the same for all atomic gases.d.The wavelengths of the spectrum are the same for every elements.

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Which of the adhering to is no a weakness of the Rutherford version of the atom?a.The atom radiates power continuously.b.The atom cannot create spectral lines.c.The atom is unstable.d.The atom is greatly empty space.
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