Explain why and how the colours of a soap bubble floating in the air change continually....

Explain why and how the colours of a soap bubble floating in the air change continually. Refer to formulas to support your answer.?

Double slit interference patterns exhibit ml path difference for constructive interference. Single slit diffraction patterns exhibit (m + ½)l path difference for constructive interference. With the use of diagrams, explain how constructive interference is achieved for each and why there is a different path difference requirement for constructive interference.?

Expert Solution

genius_generous answered 2 years ago

Using formulas, explain how and why the colours of a soap bubble floating in the air...

Using formulas, explain how and why the colours of a soap bubble floating in the air change continually? What thickness or soap film would ensure that all the transmitted light interferes constructively? Explain In radio wave production, the frequency of the wave is: a) equal to the oscillating frequency of the electron b) double the oscillating frequency of the electron c) half the oscillation frequency of the electron d)independent of the oscillation frequency of the electron.

A soap bubble is floating in the air. The refractive index of the bubble is n...

A soap bubble is floating in the air. The refractive index of the bubble is n = 1.33. The width of the wall is 115 nm. The light that hits the bubble is reflected on the outer and inner surface and both interfere once they leave. The difference in phase for both for both lights will be wt, where t is the time it takes for the light to go and return through the soap layer (t = d /...

Light with wavelength 530 nm in air (n = 1) passes through a soap bubble (n...

Light with wavelength 530 nm in air (n = 1) passes through a soap bubble (n = 1.33), where its wavelength becomes ≈ 400 nm. A What is the phase difference between a light wave reflected off the surface of the bubble and one that passes into it before being reflected? B The thickness of the bubble is 100 nm. Does this lead to constructive or destructive interference? C What would happen for a soap film covering a glass surface...

Why does the very thin region at the top of a soap bubble sometimes appear black?...

Why does the very thin region at the top of a soap bubble sometimes appear black? 1. It is too thin to reflect light. 2. Inverted light waves and non-inverted light waves reflecting from the two surfaces cancel each other. 3. Both reflected waves are inverted or else neither is inverted. 4. No light passes through them.5. The rest of the film creates a shadow that obscures the colors we would otherwise see.

Question

Explain why and how the colours of a soap bubble floating in the air change continually....

Solutions

Expert Solution

Related Solutions

Using formulas, explain how and why the colours of a soap bubble floating in the air...

A soap bubble is floating in the air. The refractive index of the bubble is n...

Light with wavelength 530 nm in air (n = 1) passes through a soap bubble (n...

Why does the very thin region at the top of a soap bubble sometimes appear black?...

Burry suggests there is a passive investing "bubble". Explain what a price bubble is and how...

Explain the 14th amendment. Why was it written and how did it change the Constitution? How...

Briefly explain why employees who continually make decisions for the wrong reasons are a risk even...

1. Explain how a bubble can develop in the market for an asset.

Explain how and why the following characters in “King Arthur” change in the course of this...

1.How do air temperature and pressure change with height?