Define Yukawa particle.
Q: What are three advantages to adding supersymmetry to a theory of particle physics?
A: SUPERSYMMETRY :- The correspondence between fermions and bosons of identical mass that…
Q: Which Feynman diagram could show an electron emitting a photon. ?
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Q: What is Boltzmann constant? Give its value?
A: Boltzmann constant: It is a thermodynamic physical constant that connects average kinetic energy of…
Q: Explain blackbody readition
A: To understand black body radiation, you need to first understand a black body. It is a kind of body…
Q: What is a virtual particle?
A: A virtual particle is transient change in energy in a point in space, it is not a particle it is…
Q: Define the term s Boltzmann’s constant?
A: The relation between the average kinetic energy and the absolute temperature of the gas particle is…
Q: Explain the correspondence principle. In general relativitity
A: It is required to explain correspondence principle in general relativity.
Q: Define and derive the Nernst’s equation.
A: Introduction: The Nernst equation provides a relation between the cell potential of an…
Q: Find the order of this Feynman diagram
A: Given:
Q: The proton is a uud state with JP=1/2*. The 'excited' proton is called A+ and has JP=3/2* What will…
A: Given: Spin-Parity of ∆+ is JP=32+
Q: write a note on Feynman's diagram in semi-classical physics?
A: Feynman's diagram It is a graphical method to represent of the elementary particle interaction. It…
Q: How would you represent the eigenspinors of S₂ in the S₂-representation for a spin 1 particle? How…
A: The matrix representation of the operators Sz, Sx, and Sy in the Sz-representation can be written…
Q: Find normalize: V1(x) = (i A1@/2m)xe"
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Q: The figure shows a pulley with two masses attached with a rope between them. There is no slipping…
A: Solution:-Given thatmass of block A (mA)=4 kgmass of block B(mB)=2 kgmoment of inertia of pulley…
Q: 4. Boson pa: The density of states in k is given by glk)dk= 272 For p hoten gas: a (6) Find glE)de,…
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Q: What is the significance of the Boltzmann distribution?
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Q: Describe the Feynman diagram for the exchange of a between a proton and a neutron.
A: When a proton decays into a neutron then an exchange particle is W+ And the other products are…
Q: Virtual particles are always created in pairs. What is the main similarity and difference between…
A: Virtual particles are fluctuations in quantum fields that are thought to exist for very short…
Q: Define the term Boltzmann constant?
A: The expression of Boltzmann constant is: kB=R/NA ……….(1) Here, kB is the Boltzmann constant, R…
Q: b) a) W+ d dr dg UR UB d) ERG c) ūR UG UR
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Q: See figure below: You drag the blue wire of length 1 to the right with velocity v. The light bulb…
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Q: Explain Debye-Huckle limiting law
A: The Debye-Huckle limiting law is determined the concentration C in a solution. With the help of…
Q: what are feynmens diagrams in semiclassical physics?
A: SOlution: to describe about Fynmens diagram
Q: Statistical Mechanics. Show that CV is identical for a boson gas and a fermion gas in two…
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Q: ATA TABLE Trial Slope (m/s2) Acceleration (m/s²) 1 9.716 Precision 2 3 9.789 9.433 Minimum 9.433…
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Q: EXplain Einstein–de Haas effect.
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Q: Can i please have some help with this few questions Use the H-R diagram below to answer the…
A: Solution: 6. The brightness of the star depends upon the temperature and size of the star. The…
Q: What is wave particle duality.
A: The nature of the light had been debated for centuries, whether it is composed of waves or…
Q: Briefly explain Nernst and Zeta potential.
A: Nernst potential can be described as the difference in the potential between the actual surface and…
Q: The lifetime of a muon is 2.20 ?s. If you measured its mass to be 105.7 MeV/c2, what would be the…
A: According to Heisenberg's uncertainty principle, the product of uncertainties of a canonical pair of…
Q: Define gauge bosons.
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Q: what is “Corresponding Principle” and find an example for it. What meant by the “classical limit”?
A: Introduction: Correspondence principle state that, the behavior of a system as explained by a new…
Q: In Fig. 1 complete the Feynman Diagram by referring to the Primitive Diagram and attaching the…
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Q: A charged particle (Q = 2 C, m = 0.01 kg) moves at a speed of 65 m/s perpendicular to the direction…
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Q: What do you mean by meson?
A: Meson is a subatomic particle and made of quark and antiquark. It emits strong interaction in…
Define Yukawa particle.
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