A glass sphere with `10 cm` radius has a `5 cm` radius spherical hole at its centre. A narraow beam of parallel light is directed into the sphere. Where, if anywhere, will the sphere produce an image? The index of refraction of the glass is `1.50.`
Answered Feb 05, 2023
Correct Answer - 5 cm of the left of the surface of sphere
a) (i) Leslie Norris b) (i) for his prey c) for drinking water d) stay hidden, not coming to the forefront
Correct Answer - `-(Q^(2))/(16pi in_(0)R)`
Correct Answer - (i) `(IA)/(c)` , (ii) `(2IA)/(c)` (iii) `(Iacostheta)/(c)` , (iv) `(2IAcos^(2)theta)/(c)`
Correct Answer - `i=49^(@) ; theta = 9^(@)`
Correct Answer - `61.5pF`
Correct Answer - `(q(q_(0)+q//2))/(4piepsilon_(0))((1)/(R_(1))-(1)/(R_(2)))`
Correct Answer - `1.135xx10^(-7)`m
Correct Answer - 1.647
Correct Answer - Virtual image is seen at 7.5 cm from the spherical surface
Correct answer is (D) remains same
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