A spherical mirror gives an upright image of height h' = +2 cm for an object of height h = +8 cm. The distance between the object O and the image l is d = 30 %3D cm. The mirror's focal length is given by: O f = -20 cm O f = +12.5 cm O f= -6.25 cm O f= -8 cm O f = +10 cm

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Chapter1: Units, Trigonometry. And Vectors
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Please solve theese two photos separately
A spherical mirror gives an upright image of height h' = +2 cm for an object of
height h = +8 cm. The distance between the object O and the image lis d = 30
cm. The mirror's focal length is given by:
%3D
%3D
O f= -20 cm
O f = +12.5 cm
O f = -6.25 cm
O f -8 cm
O f= +10 cm
itthen reflects towards mirror-2 and
Transcribed Image Text:A spherical mirror gives an upright image of height h' = +2 cm for an object of height h = +8 cm. The distance between the object O and the image lis d = 30 cm. The mirror's focal length is given by: %3D %3D O f= -20 cm O f = +12.5 cm O f = -6.25 cm O f -8 cm O f= +10 cm itthen reflects towards mirror-2 and
An object imnmersed in water at a depth of 1 m appears to be closer to the
surface. Find the apparent depth "d" knowing that the angle of incidence at the
water-air interface is 01 = 34° and the index of refraction of water is n = 1.33.
02
Apparent depth
"d"
O d= 0.69 m
d = 0.60 m
O d= 0.36 m
Activa
Go to e
d = 0.51 m
1 m
Transcribed Image Text:An object imnmersed in water at a depth of 1 m appears to be closer to the surface. Find the apparent depth "d" knowing that the angle of incidence at the water-air interface is 01 = 34° and the index of refraction of water is n = 1.33. 02 Apparent depth "d" O d= 0.69 m d = 0.60 m O d= 0.36 m Activa Go to e d = 0.51 m 1 m
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