Through which force does the photon interact with other particles?
the photon is a quantum of light, in word, is the particle form of light, therefore is interacting with the other particles through the electromagnetic forces, 'cause the light obeys the Maxwell's equations.
Maxwell's equations are (in vacuum):
thus:
Through which force does the photon interact with other particles? Through which force does the photon...
Two charged particles interact via gravitational and electrostatic forces such that the two particles are held in equilibrium. What will cause the two particles to accelerate towards each other? Masses being doubled. Charges being doubled. The distance between them being doubled. None of the above.
Which of the following is not a fundamental force? the gravitational force the electromagnetic force the strong force the force of forward motion also known as the inertial force Choose this answer if two of the named forces are not fundamental.
Why is the gravitational force usually ignored in problems involving particles such as electrons and protons? a). The electric force between charged particles is much greater than the gravitational force. b).Subatomic particles are too small to experience gravitational forces. c). Charged subatomic particles only experience electric forces. d). The distances between subatomic particles are too small. e). Protons and electrons obey quantum mechanics. Gravity does not work at the quantum level.
10) Why does Saturn have rings formed by small pieces of material instead of continuous solid rings? a) b) c) d) The gravitational force of Saturn is very strong and non-uniform The gravitational force of Saturn is very strong and uniform The gravitational force of Saturn is very weak and uniform The gravitational force of Saturn is very weak and non-uniform
without considering the strong nuclear force, which of the following particles would attract each other G. Using your answer to F and what you have learned about the polar nature of the water molecule, explain what causes magnesium chloride to dissolve in seawater H. If you heat a container full of seawater, the water will evaporate leaving behind the salts such as magnesium chloride. Considering this evidence, what kind of mixture is seawater? 17. Oxygen (O,) is the second most...
Isn't it distinguishable? Because they do not interact with each other. But the answer of boson and fermion are different each other.. How can I get the answer? 8. Two identical particles of mass m interact with an external potential which is harmonic, but they do not interact with each other. The Hamiltonian of the system is À = pi + P + mw€ (zł + x2). H = 2m + 2m + 2 What are the energy levels of...
Measurements of the mass distribution in the Universe indicate that it is composed of both ordinary matter and dark matter. Identify which force interacts with which type of matter. Ordinary matter only Dark matter only Ordinary and dark matter Answer Bank gravitational electromagnetic The presence of dark matter was first implied by its interaction with ordinary matter through which force? We were unable to transcribe this image
Two charged particles attract each other with a force F. If the charges of both particles are doubled, and the distance between them also doubled . Then the force of attraction will be
please answer! - Part A Elementary Particles: Which of the following statements about hadrons are correct? (There may be more than one correct choice.) Protons and neutrons are hadrons, but the electron is not. Electrons, protons, and neutrons are commonly-occurring hadrons. Hadrons are composed of leptons. All hadrons interact by the strong nuclear force. All hadrons are composed of quarks. Submit Request Answer
46. Electromagnetic radiation interacts with matter through interactions with electrons and nuclei. Which of the following spectroscopic techniques does electromagnetic radiation interact with nuclei? a UV-Vis spectroscopy Atomic emission spectroscopy Fluorescence spectroscopy NMR spectroscopy B and C.