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Posted: **Tue May 03, 2022 6:26 am**

: Question 4 A Boy Floating On A Pond Watches A Fish Swim Away From Him As In The Figure Below The Fish Is 145 M Boneath T 1 (14.17 KiB) Viewed 41 times

: Question 4 A Boy Floating On A Pond Watches A Fish Swim Away From Him As In The Figure Below The Fish Is 145 M Boneath T 2 (47.48 KiB) Viewed 41 times

please use this formula sheet to find an answer

: Question 4 A Boy Floating On A Pond Watches A Fish Swim Away From Him As In The Figure Below The Fish Is 145 M Boneath T 3 (15.73 KiB) Viewed 41 times

: Question 4 A Boy Floating On A Pond Watches A Fish Swim Away From Him As In The Figure Below The Fish Is 145 M Boneath T 4 (15.73 KiB) Viewed 41 times

QUESTION 4 A boy floating on a pond watches a fish swim away from him as in the figure below the fish is 145 m boneath the surface, for what maximum distance in m) will ho be able to de see the fish? Nogioct the height of the boy's eyes above the water Refractive index of water = 133. Refractive index of air witor=100 Link to Egute Submit your answer with the correct number of significant figures. You are required to show your work in the file you submit
Reflection and Refraction Ehfv=fa Young's Double Slit Interference dsin(orige) mi m-0, +1, +2... Polarization of Light Waves 1 = 1,cos e n=tano, 3 sin n, tan (0) = Single Slit Diffraction (Y tarkilm = m(al/a) for m = 41, 42, 43, .... Mirrors and Lenses f=R/2 Optical Instruments 1 f q M h h 1 1 1 pat p fo m= Fetelescope m L 25 cm 6 f. microscope Sign Convention for Spherical Mirrors Symbol In Front In Back Upright Image Inverted Image P + + Quantity Object location Image location Focal length Image height Magnification 9 1 h M Sign Convention for Thin Lenses Symbol In Front In Back Convergent Divergent p Quantity Object location Image location Lens radii Focal length + 9 R.R2 f +
1.55 m 1 T T (P Δ