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1039_Physics ProblemsTechnical Physics

# 1039_Physics ProblemsTechnical Physics - 11 7 cm P36.50(a...

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380 Image Formation P36.40 (a) 13 3 . cm ; P36.60 (a) inside the rod, 47.1 cm from the second surface ; (b) see the solution; a trapezoid; (c) 224 cm 2 (b) virtual, inverted, and enlarged P36.42 218 . mm away from the film P36.62 25 3 . cm to right of mirror, virtual, upright , enlarged 8.05 times P36.44 (a) at q =− 34 7 . cm virtual, upright and diminshed; P36.64 place the lenses 9.00 cm apart and let light pass through the diverging lens first. 175 . t i m e s (b) at q =− 36 1 . cm virtual, upright and diminshed P36.66 (a) 140 . k Wm 2 ; (b) 691 . m Wm 2 ; P36.46 f 141 . (c) 0 164
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Unformatted text preview: 11 7 . cm P36.50 (a) at 4 17 . cm; (b) 6 00 . P36.70 (a) 0 334 . m or larger; (b) R R a = 0 025 5 . o r l a r g e r P36.52 2 14 . cm P36.54 (a) see the solution; (b) ′ = − h hf p ; P36.72 (a) 1 99 . ; (b) 10 0 . cm to the left of the lens; − 2 50 . ; (c) inverted (c) − 1 07 . mm P36.74 (a) 13 3 . cm; (b) − 5 90 . ; (c) inverted P36.56 3 38 . min P36.76 see the solution; real, inverted, and actual size P36.58 if M < 1 , f Md M = − − 1 2 a f , if M > 1 , f Md M = − 1 2 a f P36.78 see the solution...
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