Want this question answered?
Usually a convex lens made up a material with higher refractive index would act as a converging device when kept in a medium having lower refractive index such as air. But when it is kept in a liquid as said with higher refractive index then convex lens would become as a concave lens. Now it would diverge the rays entering through it right from the liquid with higher refractive index.
refraction point
Everything a lens does is the result of the change of refractive index at its surface.If the lens is surrounded by a medium with the same refractive index as the glass,then there is no refraction (bending) of light at the glass surface, and the lens is nolonger a lens. If you could find such a liquid, you might not even be able to see thatthere's a lens down there in it.
Glasses of various types have refractive indices ranging from 1,4 to over 2,0
The "nature" of it is the same as if it weren't immersed. However, if it has the same refractive index as the material it's immersed in, it will no longer have any discernable effect on the refraction of light; from the outside it will appear to just be another part of the liquid (it may well disappear from sight, since it's no longer visually distinguishable from the liquid itself).
determine the refractive index of a transparent liqiud
Density of any liquid can be determined by weighing exact volume of liquid and dividing weight observed by the volume of liquid taken.
Usually a convex lens made up a material with higher refractive index would act as a converging device when kept in a medium having lower refractive index such as air. But when it is kept in a liquid as said with higher refractive index then convex lens would become as a concave lens. Now it would diverge the rays entering through it right from the liquid with higher refractive index.
A liquid has a density, refractive index, freezing point, boiling point, thermal stability, compressibility, viscosity etc.
physics
refraction point
Everything a lens does is the result of the change of refractive index at its surface.If the lens is surrounded by a medium with the same refractive index as the glass,then there is no refraction (bending) of light at the glass surface, and the lens is nolonger a lens. If you could find such a liquid, you might not even be able to see thatthere's a lens down there in it.
By using an electromagnet with a variable resister to finely-balance your spherometer's intrinsic, counter-clockwise torque--assuming that you are in the northern hemisphere. If you are in the Southern Hemisphere, then you'll simply need to reverse the polarity of your electromagnet.
Glasses of various types have refractive indices ranging from 1,4 to over 2,0
Refractive index=Sin i divided by Sin r where r= angle of refractioni= angle of incidenceLight rays hitting the boundary at an angle of 23° is refracted at 90° to the normal. Therefore, r= 90 and Sin 90° = 1 . This implies that Refractive index= Sin i=Sin21°= 0.36Speed of light in liquid= Speed of light in air divided by refractive index= 300000000 Divided by 0.36= 833333333.3 m/s
Properties differences between liquid and solis water: density, specific heat, standard molar entropy, refractive index, thermal coductivity, the liquid has viscosity etc.
The habitable zone is that zone in which water is liquid. Without liquid water, life as we know it would not be possible.