QUESTION 5 Suppose we try to make a Newton-ring like effect using a wedge of glass instead of a curved lens. Consider the diagram shown below. The wedge has a 90 degree corner and this corner touches the glass plate below O b. At what distance(s) in the paraxial region, rm shown in the diagram, will intensit maxima be visible? (Let m=1,2,3,....) O a. r = (m- О с. 45° rm=(m-1/2) O d. m-1/2)/2 = (2m-1) i Im λ
QUESTION 5 Suppose we try to make a Newton-ring like effect using a wedge of glass instead of a curved lens. Consider the diagram shown below. The wedge has a 90 degree corner and this corner touches the glass plate below O b. At what distance(s) in the paraxial region, rm shown in the diagram, will intensit maxima be visible? (Let m=1,2,3,....) O a. r = (m- О с. 45° rm=(m-1/2) O d. m-1/2)/2 = (2m-1) i Im λ
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Transcribed Image Text:QUESTION 5
Suppose we try to make a Newton-ring like effect using a wedge of glass instead of a curved lens. Consider the diagram shown below. The wedge has a 90 degree corner and this corner touches the glass plate below
O b.
At what distance(s) in the paraxial region, rm shown in the diagram, will intensit maxima be visible? (Let m=1,2,3,....)
O a.
(m-1/2)
O c.
O d.
45°
_=(m-1/2) 1/4
dir=m²
2
2
r = (2m-1
m
-1)/
Fm
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