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Part E. If a beam of white light in air strikes a sheet of this glass at 70.0 ∘ with the normal in air, what will be the angle of dispersion between the extremes of visible light in the glass? In other words, what will be the angle between extreme red and extreme violet light in the glass? Express your answer in degre

Part E. If a beam of white light in air strikes a sheet of this glass at 70.0 ∘ with the normal in air, what will be the angle of dispersion between the extremes of visible light in the glass? In other words, what will be the angle between extreme red and extreme violet light in the glass? Express your answer in degre

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Please help me with the following question (Part E) and make sure its correct, thanks 

Part E.
If a beam of white light in air strikes a sheet of this glass at 70.0 ∘ with the normal in air, what will be the angle of dispersion between the extremes of visible light in the glass? In other words, what will be the angle between extreme red and extreme violet light in the glass?
Express your answer in degrees.
 
Use the graph in the figure (Figure 1) for silicate flint glass. Figure 1.7 Index of refraction (n) 1.6 1.5 1.4 400 Silicate flint glass Borate flint glass Quartz Silicate crown glass Fused quartz Fluorite 500 600 1 of 1 Wavelength in vacuum 700 (nm) What are the indices of refraction of this glass for extreme violet light of wavelength ₁ = 400 nm and for extreme red light of wavelength X2 = 700 nm ? Answer in the order indicated. Separate your answers with a comma. n\, n\, = 1.7,1.6 Submit Correct Part B Previous Answers What are the wavelengths of ₁ = 400 nm violet light and X₂ = 700 nm red light in this glass? Answer in the order indicated. Express your answers in nanometers separated by comma. A₁, A2' = 240,430 nm Submit Previous Answers >
Transcribed Image Text:Use the graph in the figure (Figure 1) for silicate flint glass. Figure 1.7 Index of refraction (n) 1.6 1.5 1.4 400 Silicate flint glass Borate flint glass Quartz Silicate crown glass Fused quartz Fluorite 500 600 1 of 1 Wavelength in vacuum 700 (nm) What are the indices of refraction of this glass for extreme violet light of wavelength ₁ = 400 nm and for extreme red light of wavelength X2 = 700 nm ? Answer in the order indicated. Separate your answers with a comma. n\, n\, = 1.7,1.6 Submit Correct Part B Previous Answers What are the wavelengths of ₁ = 400 nm violet light and X₂ = 700 nm red light in this glass? Answer in the order indicated. Express your answers in nanometers separated by comma. A₁, A2' = 240,430 nm Submit Previous Answers >
Use the graph in the figure (Figure 1) for silicate flint glass. Figure 1.7 Index of refraction (n) 1.6 1.5 1.4 400 Silicate flint glass Borate flint glass Quartz Silicate crown glass Fused quartz Fluorite 500 600 1 of 1 Wavelength in vacuum 700 (nm) Part E If a beam of white light in air strikes a sheet of this glass at 70.0° with the normal in air, what will be the angle of dispersion between the extremes of visible light in the glass? In other words, what will be the angle between extreme red and extreme violet light in the glass? Express your answer in degrees. VE ΑΣΦ Δθ = |1.1 Submit Previous Answers Request Answer X Incorrect; Try Again; 5 attempts remaining Provide Feedback ? O Next >
Transcribed Image Text:Use the graph in the figure (Figure 1) for silicate flint glass. Figure 1.7 Index of refraction (n) 1.6 1.5 1.4 400 Silicate flint glass Borate flint glass Quartz Silicate crown glass Fused quartz Fluorite 500 600 1 of 1 Wavelength in vacuum 700 (nm) Part E If a beam of white light in air strikes a sheet of this glass at 70.0° with the normal in air, what will be the angle of dispersion between the extremes of visible light in the glass? In other words, what will be the angle between extreme red and extreme violet light in the glass? Express your answer in degrees. VE ΑΣΦ Δθ = |1.1 Submit Previous Answers Request Answer X Incorrect; Try Again; 5 attempts remaining Provide Feedback ? O Next >
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