explain how a ray of light can guide inside of a graded-index fiber optic, and compare...

explain how a ray of light can guide inside of a graded-index fiber optic, and compare and contrast this with how a light ray is guided inside of a step-index fiber

Expert Solution

in case you need to know anything more...please let me know

genius_generous answered 1 year ago

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?

Compare a wireless radio system with a fiber-optic communication system for digital data communications over a...

Compare a wireless radio system with a fiber-optic communication system for digital data communications over a distance of 1 km. Assume a desired data rate of 75 Mbps. Give pros and cons, advantages and disadvantages of each. Which one would be better, all factors being considered?

If muscle fiber concentration is all-or-none, how is graded muscular activity possible?

how the attenuation affects the maximum fiber length of communication links. Also explain how the index...

how the attenuation affects the maximum fiber length of communication links. Also explain how the index of refraction parameters or the type of fiber (step vs graded) affect the maximum data rate. Finally explain is the data rate a direct function of the intrinsic fiber attenuation?

A light ray strikes the perfectly smooth boundary between two different materials. The index of refraction...

A light ray strikes the perfectly smooth boundary between two different materials. The index of refraction of the material before the boundary is lower than that of the material after the boundary. On the basis of this information, the light ray will be a. partially transmitted in a direction deviating more from the normal and partially reflected. b. partially transmitted in a direction deviating less from the normal and partially reflected. c. partially transmitted exactly in the same direction and...

A light ray passes through a rectangular slab of transparent material having index of refraction n=2,...

A light ray passes through a rectangular slab of transparent material having index of refraction n=2, as shown in the figure (Figure 1). The incident angle is θo=50.0∘. a) Determine θa. Express your answer in degrees to two significant figures. b)Determine θb. Express your answer in degrees to two significant figures. c) Determine θc. Express your answer in degrees to two significant figures. d) What is the relationship between the directions of the incident ray and the emerging ray?

describe the effect of light in pigments inside rods, how light affects the polarization of photoreceptors,...

describe the effect of light in pigments inside rods, how light affects the polarization of photoreceptors, and how that affects the bipolar cells and ganglionic cells

How much detail, if any, can you see inside chloroplasts using the light microscope? Why?

Compare and contrast graded potential and action potentials (explain these concepts in terms of anatomical and...

Compare and contrast graded potential and action potentials (explain these concepts in terms of anatomical and physiological characteristics)

Explain in your own words why light is trapped in an optical fiber. Describe at least...

Explain in your own words why light is trapped in an optical fiber. Describe at least two cases where you have observed the effects of light refraction besides the case of a swimming pool. Use examples from your own life. Why the fabrication of optical fiber is a very delicate process? What do you understand is the "Dispersion" effect in communication fibers

Question