if a fiber is oriented in the N-S direction, which refractive index is being measured using...

if a fiber is oriented in the N-S direction, which refractive index is being measured using E-W polarized light? why?

Expert Solution

This would definitely help!

genius_generous answered 2 years ago

1Would a liquid’s refractive index measured at a high altitude be different from that measured at...

1Would a liquid’s refractive index measured at a high altitude be different from that measured at sea level? Explain IK the answear is yes i just do not know why? 2. A student obtains a refractive index reading of 1.4684 at 200C. Calculate the refractive index at 25oC and18oC. Show all your work to get a full credit. RI(25)=1.4684-(0.0004*5)=1.4664 RI(18)=1.4684+(0.0004*2)=1.4692 This is what i got i just dont know if its right or not.

a step-index optical fiber with a core diameter of 80μm has a relative refractive index difference...

a step-index optical fiber with a core diameter of 80μm has a relative refractive index difference of 1.5% with a core refractive index of 1.48 at a wavelength of 850nm. how many modes in the optical fiber?

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 /...

A thin film of MGF2 has a refractive index of n = 1.38 and it is...

A thin film of MGF2 has a refractive index of n = 1.38 and it is deposited on glass as an anti-reflective layer of light with a wavelength of 580nm which falls in the normal direction towards the film. What wavelength is minimally reflected when the light falls at 45 ° towards the film?

Using thin-lens theory, determine a formula involving only the refractive index, n, for the maximum “theoretical”...

Using thin-lens theory, determine a formula involving only the refractive index, n, for the maximum “theoretical” aperture of an imaging lens. Express the answer as an f/number. (ii) Explaining your reasoning, make a reasonable estimate of the numerical value of this maximum aperture. (iii) Comment on the practical and theoretical limitations of your solution. (iv) In addition, briefly comment on the advantages and disadvantages of large-aperture imaging lenses.

3. For a solar cell, n-Si is given to have a refractive index of 3.435. The...

3. For a solar cell, n-Si is given to have a refractive index of 3.435. The average power incident (Pin) is 92.5 mW/cm2. (a). Evaluate the surface reflection loss of the silicon solar cell. (b). Design an antireflection coating to eliminate the loss for light with 0.64 μm wavelength (provide index and thickness of this coating).

A thin film of ?g?2 has a refractive index n = 1.38 and it is deposited...

A thin film of ?g?2 has a refractive index n = 1.38 and it is deposited on glass as an anti-reflective layer/stratum for light with wavelength 580nm that falls in the normal direction towards the film. What wavelength is minimally reflected when the light falls at 45 ° towards the film?

Using detailed incident angle and refracted angle measurement data. Determine the refractive index of each material...

Using detailed incident angle and refracted angle measurement data. Determine the refractive index of each material and compare with the theoretical values. Data group 1 Theoretical index: 1.33 incident angle: 10, 20, 30, 40, 50, 60, 70, 80 refracted angle: 7.2, 14.63, 22.03, 28.92, 35.9, 40.67, 44.12, 48.72 Data groups 2 Theoretical index: 1.45 incident angle: 10, 20, 30, 40, 50, 60, 70, 80 refracted angle: 6.86, 13.74, 19.65, 25.72, 32.5, 35.59, 42.16, 42.65 Data group 3 Theoretical index: 1.22...

Imagine that you have three graded index fiber cables which are connected to each other in...

Imagine that you have three graded index fiber cables which are connected to each other in series. The refractive indices of the core/clad for each fiber is 1.57/1.50, 1.68/1.46 and 1.77/1.68, and the lengths of the fibers are 5, 8, and 2 km, respectively. What are the time dispersion, maximum bit-rate and frequency bandwidth of each fiber?

Using S ≈ N k, estimate the entropy of the sun.

Question