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35.9 The tail-lights of a car are 1.8 m apart and emit light at a wavelength of As you watch the car drive directly away from you at a speed of 50 km h- (13.9 m s-) your pupil diam- 630 nm. eter is 3 mm. (a) How long will it be before you can no longer distinguish the tail-lights from each other due to diffraction limits? (b) How long will it be if the tail-lights were blue with a wavelength of 440 nm instead?

35.9 The tail-lights of a car are 1.8 m apart and emit light at a wavelength of As you watch the car drive directly away from you at a speed of 50 km h- (13.9 m s-) your pupil diam- 630 nm. eter is 3 mm. (a) How long will it be before you can no longer distinguish the tail-lights from each other due to diffraction limits? (b) How long will it be if the tail-lights were blue with a wavelength of 440 nm instead?

College Physics
College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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(b) How long will it be if the tail-lights 35.9 The tail-lights of a car are 1.8 m apart and emit light at a wavelength of As you watch the car drive 630 nm. directly away from you at a speed of 50 km h-l (13.9 ms) your pupil diam- eter is 3 mm. (a) How long will it be before you can no longer distinguish the tail-lights from each other due to diffraction limits? were blue with a wavelength 0f 440 nm instead?
Transcribed Image Text:(b) How long will it be if the tail-lights 35.9 The tail-lights of a car are 1.8 m apart and emit light at a wavelength of As you watch the car drive 630 nm. directly away from you at a speed of 50 km h-l (13.9 ms) your pupil diam- eter is 3 mm. (a) How long will it be before you can no longer distinguish the tail-lights from each other due to diffraction limits? were blue with a wavelength 0f 440 nm instead?
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