What was the surprising result of the Stern-Gerlach experiment? Why did this happen?

Q: a. shortest to longest wavelength (Shortest< ... < longest) b. lowest to highest frequency (lowest<…

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Q: What is the electron geometry for CBrN?

A: VSEPR theory helps in the prediction of the geometry of a molecule on the basis of the number of…

Q: Wavelength (nm) a. Which part of the visible light spectrum is most useful (most absorbed) by…

A: Complementary colours are pairs of colours that contrast with each other more than any other colour,…

Q: What is continuous spectrum?

A:

Q: Are these in order of highest energy to lowest energy? What would be that order?

A: As in the energy Diagram, the larger the hump ,more is the energy. As in eclipse-1 f have bulky…

Q: The spin of a planet or moon What is one What force keeps the Earth and other complete trip around…

A: 1) One complete trip around an orbit is called its period. For example, Earth has an orbital period…

Q: On a remote island in the Arctic Ocean, a scientist claims to have found a new element (Excitinium)…

A: Given: On a remote island in the Arctic Ocean, a scientist claims to have found a new element…

Q: What is single-crystal X-ray analysis ?

A: Using technique of single-crystal X-ray analysis .

Q: 28.9 nm to μm. could I get a step by step, please?

A: 1 nanometre = 0.001 micrometre  1 nm = 0.001 μm   By using this conversion factor we can convert the…

Q: How is the energy of a quantum of emitted radiationrelated to the frequency of the radiation?

A: The quantum theory of radiations was put forward by Max Planck which discarded the idea of the…

Q: Determine whether an interference pattern is observed on the other side of the slits in experiment.…

A: In this electron does not show the interference pattern because in the presence of light electron…

Q: If student one is replaced by a student with twice as much mass how does the gravitational force…

A: •The correct option is :-(B). it increases by a factor of two.

Q: Develop a relationship (in the form of a single sentence or equation) that can predict the charge…

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Q: energy required ionization

A: Ionization energy is the amount of energy required to remove one electron from the outermost shell…

Q: What is nodal surface or nodes?

A: Given: Nodal surface or nodes

Q: What points of Dalton’s theory are no longer current?

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Q: b): If you want to stop a fast-moving electron then what happen?

A: Electron is negatively charged particles that revolves around the nucleus in a fixed orbit.

Q: What electromagnetic radiations are considered to be dangerous with a lot of exposure and why?

A: Electromagnetic radiation are the radiations which travel in waves with both electric and magnetic…

Q: Differentiate between Nuclear Spin and Magnetic Resonance Imaging?

A: Nuclear spin: It is the total nuclear angular momentum of the nucleus that is represented by symbol…

Q: What is the purpose of the two "slits" between the sample and prism? O to block the emitted light to…

A: The purpose of the two slits between the sample and prism has to be given,

Q: A) Why the emission and light scattering phenomenon are different?

A: Jdd

Q: What are the components of typical spectroscopic instruments?

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Q: Without any additional interactions, an excited atom will   a. drop to a lower energy level.   b.…

A: When an atom absorbs a photon energy and gets excited.

Q: What energy sublevels are being filled in Period 1? 1s What energy sublevels are being filled in…

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Q: which has shorter wavelength blue light or violet light?

A: It is given that there is blue light and violet light.

Q: What can be concluded from the diffraction pattern generated by a single electron fired in the…

A: “Since you have asked multiple MC questions, we will solve the first question for you. If you want…

Q: For the d3 configuration, answer the questions below: (ii) Determine the lowest energy state.

A: The d3-configuration is symmetrically filled and that is why Jahn-teller distortion is not…

Q: In the simulation, what was the maximum number of electrons that could be put on the orbit farthest…

A: 18 electron  The M shell can be put 18 electron as we move to higher atomic number

Q: 5 WR TE THE HENDERSON - HASSEL BACH EQUATION. Vell

A: Since you have posted multiple questions, the answer for first question is given below. Kindly…

Q: Describe the Born–Haber cycle?

A: Born-Haber cycle is the method for measuring reaction energies.

Q: Arrange the types of radiation from the lowest to the highest frequency, and from the highest to the…

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Q: How many electrons can the second energy level hold? Explain your answer

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Q: Which of the following is based on the emission of a second electron after high energy radiation has…

A: It is asked to mention on the basis of which effect a second electron emission after high energy…

Q: The type of universe that will keep expanding forever is   a. an open universe.   b. a closed…

A: Interpretation -  To tell about the type of universe that will keep expanding forever is -…

Q: What is s electromagnetic radiation?

A: The transmission of energy in the form of particles or waves through any medium or spaces is known…

Q: Explain The Born–Haber Cycle?

A: Born–Haber cycles are used primarily as a means of calculating lattice energy which cannot otherwise…

Q: (i) Define frontier orbitals. (ii) Why are frontier orbitals important?

A: The application of molecular orbital theory is called a frontier orbital theory. It describes the…

Q: if n= 5, the highest value of l is ?

A: Interpretation- To determine the highest value of l when n= 5    Concept-  This question is based on…

Q: Intensity

A: Photons and intensity of light is direactly proportion to each other that means if intensity of…

Q: If Bohr ran 105 meters in 9.45 sec and Heisenberg ran 125 yards in 9.75 sec, who ran faster?

A: Given : Bohr travelled a distance = 105 m Time taken by Bohr = 9.45 s Heisenberg travelled a…

Q: Which is true of the electromagnetic radiation, incident on the earth?

A: Electromagnetic radiations are the energy that is propagated through free space or through a…

Q: Give some examples from daily life that shows quantization

A: You can't quantize normal things. But if your quantizing anything that directly shows that it will…

Q: An FM radio station broadcasts news at 98.0 MHz. What is the frequency of this FM radio wave in…

A: The answer to the following question is given as -

Q: Explain the quark model.

A: The Quark Model was proposed by Gell-Mann and Zweig in 1964. They analyzed certain properties of…

Q: b) Why electron microscope images have much higher resolution than that of light microscopes?

A: Source of energy in electron microscope is beam of electron and source of energy in light microscope…