Match the following {:(1."Snell's law",-,(a)"25cm"),(2."Rayleigh scattering",-,(b) "Diverging lens"),(3."Mie scattering",-,(c)"converging lens"),(4."Bi - Convex lens",-,(d)"Front surface of an eye ball"),(5."Bi - concave lens",-,(f)"Infinity"),(6."Cornea",-,(g)"The sky to appear in blue colour"),(7."Near point of eye",-,(h)(sini)/(sinr)=(mu_(2))/(mu_(1))),(8."Far point of eye",-,(i)"White apperance of the clouds"),(9."Presbyopia",-,(j)"Torrid lenses"),(10."Astigmatism",-,(k)"Bifocal lenses"):}

Match the following {:(1."Snell's law",-,(a)"25cm"),(2."Rayleigh scat

1.	Match the following {:(1."Snell's law",-,(a)"25cm"),(2."Rayleigh scattering",-,(b) "Diverging lens"),(3."Mie scattering",-,(c)"converging lens"),(4."Bi - Convex lens",-,(d)"Front surface of an eye ball"),(5."Bi - concave lens",-,(f)"Infinity"),(6."Cornea",-,(g)"The sky to appear in blue colour"),(7."Near point of eye",-,(h)(sini)/(sinr)=(mu_(2))/(mu_(1))),(8."Far point of eye",-,(i)"White apperance of the clouds"),(9."Presbyopia",-,(j)"Torrid lenses"),(10."Astigmatism",-,(k)"Bifocal lenses"):}
Answer» Solution :`(sini)/(sinr)=(mu_(2))/(mu_(1))` The sky to apper in BLUE colour White appearance of the clouds CONVERGING lens Diverging lens Front surface of an eye ball 25CM Infinity Biofocal lenses Torrid lenses