Is microwave open an open or closed system? (We're talking about open system, where mass and energy enters and leaves the system and closed system, where only energy enters and leaves the system). Not the loop one.

Q: Explain the physical interpretation of the four Maxwell relation. (Explain individually)

A: Maxwell equations are  ∇·D =ρ ( where D is electric field displacement vector and ρ is volume…

Q: Discuss the physical origins of the gross selection rules for microwave and infrared spectroscopy

A: For microwave spectroscopy, the origin of the gross selection rule is transition dipole moment.

Q: Question # 3 : for the pulse shown in the following graphically figure fill in the missing parts and…

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Q: 31. The wave number of a radiation is 500 cm (i) Wavelength (ii) Frequency (iii) Time period out its

A: Given data, Wave number =500 cm-1. Velocity of light c=3×108 m/s.

Q: Explore the duality of light in physics, considering its wave and particle aspects. Discuss the…

A: According to wave particle duality light and particles show the dual nature particle nature as well…

Q: We know that an incandescent lamp filament at 2500 K radiates white light. Does the lamp filament…

A: A lamp filament will emit radiation energy at all temperatures higher than absolute zero. The peak…

Q: Use the method of Fourier transforms to solve the heat equation a'u ôu -00 subject to Ot Ju. Jx|1

A: Lets solve it using in the following steps: (The following steps are strictly mathematical. )

Q: 1. A proton (mass = 938 MeV/c2) has kinetic energy of 10 MeV. a) What is its velocity (you can use…

A: Given: In this question, the given details are, A proton (mass=938 MeV/c2) has kinetic energy of 10…

Q: Describe the process of quantum measurement, including the collapse of the wave function. How does…

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Q: What is the energy in joules of a photon in a radio wave from an AM station that has a 1530-kHz…

A: Given : Frequency = 1530 kHz To find : Energy of photon

Q: Why go through the expense of building an electron microscope for studying very small objects such…

A: The momentum and the wavelength of an object is associated with the mass in the case of de Broglie…

Q: Ordinary glass is transparent to visible light but largely opaque to ultravioletradiation. Why?

A: Based on a material's composition and property, a specific wavelength or a range of wavelengths…

Q: Human skin is opaque to visible light but transparent to X-rays. Why?

A: If the material is transparent to the particular frequency, then the wave can largely be…

Q: E(z, t) = Eoe'kz-wr)§ is the solution of Maxwell's equations. 1. Show that E Eo Eglc B y,

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Q: What should you do to find a type of EM radiation that will eject electrons? (Increase/decrease…

A: Explanation: Photons with sufficient energy ( greater than work function)  can make ejection of…

Q: frequency

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Q: How much energy does a microwave of 30 MHz carry if there are 28,000 photons per second detected by…

A: energy per photon is given by , E = h*f given f = 30*106 E = (6.626*10-34)*(30*106 ) E =…

Q: i) Recall the Photoelectric effect, if an electron has been accelerated through a potential…

A: Potential difference of accelerated electron =100V (Given) This expression of Kinetic Energy (K.E)…

Q: Among the EM waves, which do you consider as

A: Among the different EM waves, the most useful EM wave is the visible light spectrum. This band of…

Q: Exercise 2. Electrons in the outer and inner Van Allen radiation belts have energy as listed below.…

A: Given that,  Outer radiation belt: Ek = 4.0 x 10^4 eV  Inner radiation belt: Ek = 1.6 x 10^6 eV

Q: II. Create a periodic event generation of square wave of 50ms on-time for an embedded systems with…

A: II. write a program to generate a square wave using ticker function III. Program to interrupt when…

Q: If we double the frequency of light, we double the energy of each of its photons. If we instead…

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Q: Matter has broken the sound barrier but, will not be able to exceed the speed of light, in all…

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Q: What is the wavelength, in nm, of a light wave with a frequency of 4 * 10^15 Hz?

A: Given that the frequency of the light wave is f=4×1015 Hz. The wavelength of the light can be…

Q: What do photons have in common with other particles like electrons? What are the differences between…

A: As per guidelines only 3 subparts are solved here. The common between photon and particles like…

Q: What is the frequency (Hz), wavenumber (cm21), and energy (kJ/mol) of light with a wavelength of (a)…

A: Part-a Given: The wavelength of the light λ = 100 nm.

Q: Discuss the wave-particle duality of light in the context of quantum mechanics. How does this…

A: The wave-particle duality of light is a fundamental concept in quantum mechanics that challenges our…

Q: Imagine an alternate universe where the value of the Planck constant is 6.62607x10−4J·s. In that…

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Q: What do you mean by quantum chromodynamics?

A: There is a theory behind the strong interaction of quarks and gluons is called quantum…

Q: If we continue heating a piece of initially room-temperature metal in a dark room, it will begin to…

A: The metal glows at any temperatures, but it can be clearly visible to human eyes when it reaches in…

Q: The movement of charged particles in the plasma is supposed to be from: 1. Electrons are guide and…

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Q: The condition for performing the multipole expansion in the radiation problem is d/c 1/ω where d is…

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Q: Imagine an alternate universe where the value of the Planck constant is 6.62607x10−36J·s. In that…

A: Given: The plank's constant: h=6.62607x10−36 J·s. We need to check which of the given objects would…