Set the incident angle to 25 and predict what the reflected angle &, should be, using...

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Set the incident angle to 25 and predict what the reflected angle &, should be, using equation 6.1, and what the refracted angle should be, using equation 6.2 Now, measure the values of the reflected angle (experimental 8,) and that of the refracted angle (experimental &) using the protractor 6.1. formula 6.1 = 8 = 8, formula 6.2 = = nsin()=n, sin(82) 6.3 = n,sine = n,sin900,- =sin 30 25.0 60 96 90 00 60 30 25.0 30 60 00 0 90 90 16.3 30 60. | Set the incident angle to 25 and predict what the reflected angle &, should be, using equation 6.1, and what the refracted angle should be, using equation 6.2 Now, measure the values of the reflected angle (experimental 8,) and that of the refracted angle (experimental &) using the protractor 6.1. formula 6.1 = 8 = 8, formula 6.2 = = nsin()=n, sin(82) 6.3 = n,sine = n,sin900,- =sin 30 25.0 60 96 90 00 60 30 25.0 30 60 00 0 90 90 16.3 30 60. |