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(8%) Problem 1: Consider the speed of light in different materials. Medium n Medium Gasses at...
Problem 4: Consider the internal refilection of light at the interface between water Medium n MediumI...
Problem 4: Consider the internal refilection of light at the interface between water Medium n MediumI and ice Gasses at 0°C, 1 atm Air Carbon dioxide 100045 Fluorite Hydrogen Oxygen Solids at 20 C 2.419 1.434 1.52 1.66 1.309 1.000293 Diamond 1.000139 Glass, crown 1.000271 Glass, flint Liquids at 20 C Benzene Ice at 0°C Polystyrene 1.501 Carbon disulfide .628Sodium chloride 1.544 Carbon tetrachloride 1.461 Quartz, crystalline 1.544 Ethanol Water, fresh 1.361 Quartz, fused 1.458 1.333 1.473 Zircon 1.923 Glycerine...
(20%) Problem l: Light reflected at 55.6° from a window is completely polarized. Medium Gasses at...
(20%) Problem l: Light reflected at 55.6° from a window is completely polarized. Medium Gasses at 0'C, 1 atm Medium Solids at 20°C 1.000293 Diamond 1.00045 Fluorite 1.000139 Glass, crown 1.000271 Glass, flint Ice at 0°C Polystyrene Sodium chloride п п 2.419 1.434 Air Carbon dioxide 1.52 1.66 1.309 1.49 1.544 Quartz, crystalline 1.544 1.458 1.923 Hydrogen Oxygen Liquids at 20°C .501 628 Carbon tetrachloride 1.461 1.361 1.333 1.473 Benzene Carbon disulfide Quartz, fused Zircon Ethanol Water, fresh Glycerine Otheexpertta.com...
Homework 07 Begin Date: (8%) Problem 1: Consider the speed of light as it passes though...
Homework 07 Begin Date: (8%) Problem 1: Consider the speed of light as it passes though different materials Medium n Medium Gasses ar C / arm Salids ar 2017 Air 1.000293 Diamond 2.419 Carbon dioxide 1.00045 Fluorite 1.434 Hydrogen 1.000139 Glass, crown 1.52 Oxygen 1.000271 Glass, flint 1.66 Ice at O'C 1.309 Luis ar 2016 1.49 Benzene Polystyrene 1.501 Carbon disulfide 11628 Sodium chloride 1.544 Carbon tetrachloride 1461 Quartz crystalline 1.544 Ethanol 1361 Quartz, fused 1.458 Water, fresh 1333 Zircon...
Due Dates 7729/2020 11:59 00 AM 020 11 990AM (6%) Problem 5: The speed of light...
Due Dates 7729/2020 11:59 00 AM 020 11 990AM (6%) Problem 5: The speed of light in vacuum is c-3* 10 m/s. A specific medan hoof 1.7 Randomized Variables ns, us N eted 50% Part (a) Express the speed of light in this medium, v, in terms of cand Grades Dedactie ted P ( С d 8 9 456 1 23 0 h + k P - n Submit Feedback deductis per feedback Hints: deduction per hint Hints remaining 50%...
(11%) Problem 9: Consider the index of refraction n in the selected media at various wavelengths...
(11%) Problem 9: Consider the index of refraction n in the selected media at various wavelengths as shown on the table. Medium Red Orange Yellow Green Blue Violet (660 nm) (610 nm) (580 nm) (550 nm) (470 nm) (410 nm) Water 1.331 1.332 | 1.333 1.335 1.338 | 1.342 Diamond 2.410 | 1.512 Glass, crown Glass, 1,662 flint Polystyrene 1.488 Quartz | 1.455 fused 2.415 2.4172.426 2.444 2.458 1.514 | 1.518 1.519 1.524 1.530 1,665 | 1667 1.674 1.684 1.698...
(5%) Problem 8: Consider a 470 nm wavelength blue light falling on a pair of slits...
(5%) Problem 8: Consider a 470 nm wavelength blue light falling on a pair of slits separated by 0.035 mm. A At what angle (in degrees) is the first-order maximum for the blue light? Grade Summary Deductions 0% Potential 100% sino TT ( 9 HOME 7 8 45 E 6 cotan atan cosh cos tano asino acos acotan tanh cotanh Degrees O Radians Submissions Attempts remaining: 3 (0% per attempt) letailed view sinho 12 برا + - 0 END NO...
(8%) Problem 3: Consider the situation in the figure -a student diver in a pool and...
(8%) Problem 3: Consider the situation in the figure -a student diver in a pool and an instructor on the edge, outside the water. Since the indices of refraction of air and water are different, the light rays coming from the diver and the instructor are refracted at the surface, changing their apparent position with respect to each other. The diver sees the instructor at an apparent angle of e, - 33", measured from the normal to the interface Randomized...
(15%) Problem 8: Suppose a cosmic ray colliding with a nucleus in the Earth's upper atmosphere...
(15%) Problem 8: Suppose a cosmic ray colliding with a nucleus in the Earth's upper atmosphere produces a muon that has speed v = 0.92c. The muon then travels at constant speed and lives 1.5 us as measured in the muon's frame of reference. (You can imagine this as the muon's internal clock.) Randomized Variables y = 0.92 c t = 1.5 us > * 33% Part (a) How long does the muon live in seconds) as observed on the...
(906) Problem 8: Light of wavelength -536 nm passes through a single slit of width w...
(906) Problem 8: Light of wavelength -536 nm passes through a single slit of width w =2.1 um and illuminates a screen L= 1.7 m away. t material, 50% Part (a) What is the maximum number of dark fringes neinges of light could this setup produce on the sereen? Grade Summar fringes 8 Deductions Potential sin() cos) tan) 7 HOME Submissions asin) acos) cotan) E 1 4 5 6 Attempts remains (4%% per attempt) detailed view atan) sinh) d acotan)...
Problem 5: Consider the index of refraction n in the selected media at various wavelengths as shown...
Problem 5: Consider the index of
refraction n in the selected media at various wavelengths
as shown on the table.
Part (a) What is the ratio of the speed of red
light to violet light in diamond?
Numeric : A numeric value is
expected and not an expression.
vR/vV =
__________________________________________
Part (b) What is this ratio in polystyrene?
Numeric : A numeric value is
expected and not an expression.
vR/vV =
__________________________________________
Problem 6: A narrow beam of light
containing yellow (580 nm)...
Problem 4: Consider the internal refilection of light at the interface between water Medium n MediumI and ice Gasses at 0°C, 1 atm Air Carbon dioxide 100045 Fluorite Hydrogen Oxygen Solids at 20 C 2.419 1.434 1.52 1.66 1.309 1.000293 Diamond 1.000139 Glass, crown 1.000271 Glass, flint Liquids at 20 C Benzene Ice at 0°C Polystyrene 1.501 Carbon disulfide .628Sodium chloride 1.544 Carbon tetrachloride 1.461 Quartz, crystalline 1.544 Ethanol Water, fresh 1.361 Quartz, fused 1.458 1.333 1.473 Zircon 1.923 Glycerine...
(20%) Problem l: Light reflected at 55.6° from a window is completely polarized. Medium Gasses at 0'C, 1 atm Medium Solids at 20°C 1.000293 Diamond 1.00045 Fluorite 1.000139 Glass, crown 1.000271 Glass, flint Ice at 0°C Polystyrene Sodium chloride п п 2.419 1.434 Air Carbon dioxide 1.52 1.66 1.309 1.49 1.544 Quartz, crystalline 1.544 1.458 1.923 Hydrogen Oxygen Liquids at 20°C .501 628 Carbon tetrachloride 1.461 1.361 1.333 1.473 Benzene Carbon disulfide Quartz, fused Zircon Ethanol Water, fresh Glycerine Otheexpertta.com...
Homework 07 Begin Date: (8%) Problem 1: Consider the speed of light as it passes though different materials Medium n Medium Gasses ar C / arm Salids ar 2017 Air 1.000293 Diamond 2.419 Carbon dioxide 1.00045 Fluorite 1.434 Hydrogen 1.000139 Glass, crown 1.52 Oxygen 1.000271 Glass, flint 1.66 Ice at O'C 1.309 Luis ar 2016 1.49 Benzene Polystyrene 1.501 Carbon disulfide 11628 Sodium chloride 1.544 Carbon tetrachloride 1461 Quartz crystalline 1.544 Ethanol 1361 Quartz, fused 1.458 Water, fresh 1333 Zircon...
Due Dates 7729/2020 11:59 00 AM 020 11 990AM (6%) Problem 5: The speed of light in vacuum is c-3* 10 m/s. A specific medan hoof 1.7 Randomized Variables ns, us N eted 50% Part (a) Express the speed of light in this medium, v, in terms of cand Grades Dedactie ted P ( С d 8 9 456 1 23 0 h + k P - n Submit Feedback deductis per feedback Hints: deduction per hint Hints remaining 50%...
(11%) Problem 9: Consider the index of refraction n in the selected media at various wavelengths as shown on the table. Medium Red Orange Yellow Green Blue Violet (660 nm) (610 nm) (580 nm) (550 nm) (470 nm) (410 nm) Water 1.331 1.332 | 1.333 1.335 1.338 | 1.342 Diamond 2.410 | 1.512 Glass, crown Glass, 1,662 flint Polystyrene 1.488 Quartz | 1.455 fused 2.415 2.4172.426 2.444 2.458 1.514 | 1.518 1.519 1.524 1.530 1,665 | 1667 1.674 1.684 1.698...
(5%) Problem 8: Consider a 470 nm wavelength blue light falling on a pair of slits separated by 0.035 mm. A At what angle (in degrees) is the first-order maximum for the blue light? Grade Summary Deductions 0% Potential 100% sino TT ( 9 HOME 7 8 45 E 6 cotan atan cosh cos tano asino acos acotan tanh cotanh Degrees O Radians Submissions Attempts remaining: 3 (0% per attempt) letailed view sinho 12 برا + - 0 END NO...
(8%) Problem 3: Consider the situation in the figure -a student diver in a pool and an instructor on the edge, outside the water. Since the indices of refraction of air and water are different, the light rays coming from the diver and the instructor are refracted at the surface, changing their apparent position with respect to each other. The diver sees the instructor at an apparent angle of e, - 33", measured from the normal to the interface Randomized...
(15%) Problem 8: Suppose a cosmic ray colliding with a nucleus in the Earth's upper atmosphere produces a muon that has speed v = 0.92c. The muon then travels at constant speed and lives 1.5 us as measured in the muon's frame of reference. (You can imagine this as the muon's internal clock.) Randomized Variables y = 0.92 c t = 1.5 us > * 33% Part (a) How long does the muon live in seconds) as observed on the...
(906) Problem 8: Light of wavelength -536 nm passes through a single slit of width w =2.1 um and illuminates a screen L= 1.7 m away. t material, 50% Part (a) What is the maximum number of dark fringes neinges of light could this setup produce on the sereen? Grade Summar fringes 8 Deductions Potential sin() cos) tan) 7 HOME Submissions asin) acos) cotan) E 1 4 5 6 Attempts remains (4%% per attempt) detailed view atan) sinh) d acotan)...
Problem 5: Consider the index of
refraction n in the selected media at various wavelengths
as shown on the table.
Part (a) What is the ratio of the speed of red
light to violet light in diamond?
Numeric : A numeric value is
expected and not an expression.
vR/vV =
__________________________________________
Part (b) What is this ratio in polystyrene?
Numeric : A numeric value is
expected and not an expression.
vR/vV =
__________________________________________
Problem 6: A narrow beam of light
containing yellow (580 nm)...
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