Give at least 2 applications of the interconversion of the different states of matter in real life/ every day life.
Q: The total energy of the 10 liquid drop is 2n x 10 times the surface tension of the liquid. What is…
A: To find-Diameter of dropGiven-Total surface energy(dW)=2π×S.T.×10-4 =2πT
Q: K Five kilograms of ice at 0 oC melts to water at 0 oC. The latent heat of melting of ice is 334…
A:
Q: Which of the following is not a state function? a) Work done at constant pressure b) Enthalpy c)…
A: Option
Q: The Maxwell-Boltzmann speed distribution is given by 2 3/2 m √√³² (77) ³ kT The average speed can be…
A:
Q: Prove that the reduced mass is µ = ((mM)/(M+m)l|
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Q: When a rubber cord is stretched, the change in volume is negligible compared to the change in the…
A: Suppose l be the length of the rubber cord, r be the radius of the cord. Let the increase in l be ∆l…
Q: Is the time average of fluctuations zero? Why?
A: Given, Time average of fluctuations
Q: Each particle has 2energylevels that are 0 and α. Using ni=Ae^−εi/kT What are the occupation…
A:
Q: Q1) Given the Maxwell distribution of speeds: f (v) = 47N (2) v²e and using m Appendix B-5, show…
A: The objective of the question is to verify two properties of the Maxwell distribution of speeds. The…
Q: The Maxwellian distribution of speeds in 3d is maybe written as n S„(7) = -еxp (v, V7) 2kT n is the…
A: Average speed Rms speed
Q: = 2. Find an expression for v3 (³) for an ideal gas speed distribution particles with mass m at…
A:
Q: Given the temperature of a black body, the Stefan-Boltzmann equation determines the intensity…
A:
Q: 2-13. Show that for a particle confined to a cube of length a that 2 E, PJ 3 V
A: if we can find entropy of system S then we can use relation 1/T = dS/dE and P/T = dS/dV
Q: For a system of 4 distinguishable particles to be distributed in 6 allowed energy states namely E0…
A: Given: Four distinguishable particles Six energy states E0- 0 eV, E1- 1 eV, E2- 2 eV…
Q: Part 2 Perindic Tahle 7 6. Label cach part of the periodic table notation shown to the right.…
A: 14.01N7 - nitrogen
Q: 2nx sin 2nz Consider the case of a 3-dimensional particle-in-a-box. Given: 4 = sin(ny) sin 1.50.…
A: The general form of the wavefunction of the particle inside a 3D box is given by, ψ=8V × sinnxπxLx ×…
Q: (r) = Ne-ar²
A:
Q: Ex. 74 Calculate the energy radiated in one had of minute by a black body of surface area 400 cm²…
A: To find-Energy radiated (Q)=?Given-Time (t)=1 min=60 secSurface area (A)=400 cm2=400×10-4…
Q: A stationary observer measured a ladder to be 20 m long at rest. The ladder is stored sticking out…
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Q: According to the equipartition theorem of classical thermodynamics, all ocillators in the cavity…
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Q: Ex. 74 Calculate the energy radiated in one minute by a black body of surface area 400 cm² when it…
A: To find-Energy radiated (Q)=?Given-Time (t)=1 min=60 secSurface area (A)=400 cm2=400×10-4…
Q: Considering an extreme relativistic ideal gas in volume V in equilibrium with the environment of…
A: The required solution is following.
Q: Consider an ultra-relativistic classical gas, that is, each particle has energy épsilon3 pc, with p…
A: Solution: The energy of the ultra-relativistic particle is The number of particles in the spatial…
Q: In this problem, we assume that the motion is taking place on a frictionless surface. Let us…
A: Given: The initial velocity of ball A, vA=3.00 m/s The initial velocity of the ball B, vB=0 m/s…
Q: In this problem we will deal with simple thermodynamics model of a black hole. Assume that the…
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Q: F m. (b) A solid contains 5 x 102° atoms/m° each with a polarisability of 2x10 Assuming that the…
A: N=5×1028 atom/m3α=2×10-40 Fm2 We know Lorent formula…
Q: 3.55 Determine if the differential equation 1" – (r')² – 1– r² = 0 has a periodic solution.
A: Concept used: A differential equation has periodic solution if it is of form: x''+kx=0
Q: b k f(x)= µg +(µb+x) 1– VB?+x² m If the mass is released from rest at x = b, its speed at x = 0 is…
A: Given: fx=μg+kmμb+x1-bb2+x2 Introduction: Simpson’s 1/3rd rule is an extension of the trapezoidal…
Q: The population ratio between two energy levels ni nj separated in energy by: A E = E₁ - Ej with AE =…
A: The temperature is 1.39 KExplanation:Step 1:njni=exp(−kTEi−Ej)=exp(−kTΔE) Step 2:Solve the…
Q: *An object undergoing simple harmonic motion has an amplitude of 2.5 m. If the maximum velocity of…
A: Answer Given Maximum velocity, vmax = 9 m/s Amplitude A = 2.5 m We have to find angular frequency ω
Q: Calculate Z for a single oscillator in an Einstein solid at a temperature T=4TE=4ϵ/kBT=4 TE=4…
A: A partition function is a physics term that represents the statistical features of a system in…
Q: a) Calculate the splitting function of a single harmonic oscitor. What is the splitting function of…
A:
Q: For a classical ideal gas given the square root of p^2 in the amount a(mkt) then the value of a is
A: For a classical ideal gas, the RMS velocity is given as : vrms=v2=3kTmHere, m is mass of one…
Q: 2.5 kg of water at 55 C is added to a large amount of ice at 0 C resulting in ice-water. How much…
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Q: See the provided image of the Michelson-Morley experiment and the following calculations for tA→C→A…
A:
Q: A test automobile of mass 1000 kg moving at high speed crashes into a wall. The average temperature…
A: Given, Mass of car, m=1000kg Specific heat=0.11 cal/g- 0C Specific heat,C =0.11×4.18×1000 J kg-1…
Q: (a) Show that when p is held Binomial distribution tends distribution as N is increase
A:
Q: Try to look around you and observe List down at least five of 2 dimensional and 3- dimensional…
A: Motion in a plane is described as two dimensional motion. Example: An ant moving on the top surface…
Give at least 2 applications of the interconversion of the different states of matter in real life/ every day life.
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