what are the classical explanation and quantum explanation for the existence of the fringe pattern?

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genius_generous answered 3 months ago

1) What is the highest order dark fringe, m,m, that is found in the diffraction pattern...

1) What is the highest order dark fringe, m,m, that is found in the diffraction pattern for light that has a wavelength of 621 nm and is incident on a single slit that is 1470 nm? 2) You stand on a straight desert road at night and observe a vehicle approaching. This vehicle is equipped with two small headlights that are 0.637 m apart. At what distance, in kilometers, are you marginally able to discern that there are two headlights...

In a Michelson interferometer, in order to shift the pattern by a half a fringe, one...

In a Michelson interferometer, in order to shift the pattern by a half a fringe, one of the mirrors at the end of an arm must be moved by: a. one wavelength b. half a wavelength c. one-quarter wavelength d. it depends on the wavelength e. it depends on which mirror is moved

Provide three differences between classical mechanics and quantum mechanics.

How should one REALISE Classical and Quantum ACTION.(Please explain both) That is,what in PERFECT sense is...

How should one REALISE Classical and Quantum ACTION.(Please explain both) That is,what in PERFECT sense is its Physical or Mathematical interpretetion + intuition + need + use + origin?!

How does the Quantum Hall Effect? (Explanation, not its definition)

What critical breakthrough in quantum mechanics did Einstein achieve with his explanation of the photoelectric effect?

3. What form of unemployment is consistent with the Classical Model? 4. Provide a brief explanation...

3. What form of unemployment is consistent with the Classical Model? 4. Provide a brief explanation of the Quantity Theory of Money. 5. Why is monetary policy ineffective to combat recession in the world of the Classical Model?

General Chem 1 Compare the current quantum mechanical model of the atom to the classical (...

General Chem 1 Compare the current quantum mechanical model of the atom to the classical ( pre-1913 ) model. Identify similarities and at least three differences. Reference to historical development leading to changes may be incorporated.

6. Contrast the classical and Quantum-mechanical cases for a delta-function potential bar- rier, referring to the...

6. Contrast the classical and Quantum-mechanical cases for a delta-function potential bar- rier, referring to the values of the transmission and reflection coefficients in each case. Make use of the table below. (6) Case Classical Quantum-mechanical E > Vmax (i) (iii) E < Vmax (ii) (iv) (v) What is R + T equal to? Explain. [2

in quantum mechanics, when we analyze the potential step: we say that a classical bowling ball...

in quantum mechanics, when we analyze the potential step: we say that a classical bowling ball do not reflect because its wavelength is so small that we do not have a step whose rising distance is comparable with the ball's wavelength. Question: If I assume we a particle whose mass is 100m, and it is composed of 100 particles having mass m. If the big mass moves with a constant speed v then all the small particles move with the...

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