364803 A point source \({\rm{O}}\) kept at distance of \(2R{\rm{ }}\) from pole \({\rm{ P}}\) of a concave interface having radius of curvature \(R\) emits a beam at an angle of \(30^\circ \) to the principle axis \({\rm{ PO}}\). The distance of the image of point source \({\rm{O}}\) from pole \({\rm{ P }}\)is:

364804 A ray of light falls on a transparent sphere with centre at \({\rm{C }}\) as shown in figure. The ray emerges from the sphere parallel to line \(AB\). The refractive index of the sphere is

364805 A point object \(O\) is placed in front of glass rod having spherical end of radius of curvature \(30\;cm\). The image would be formed at

364806 One end of a cylindrical glass rod \(\left( {\mu = 1.5} \right)\) is given the shape of a concave refracing surface of radius \(10\;cm\) . An air bubble is situated in the glass rod at a point on its axis such that it appears to be at distance \(10\;cm\) from the surface and inside glass when seen from the other medium. Find the actual location of air bubble, from the surface.

364807 Radii of curvature of a converging lens are in the ratio 1: 2. Its focal length is \(6\;cm\) and refractive index is 1.5. Then its radii of curvature are ________respectively.

364803 A point source \({\rm{O}}\) kept at distance of \(2R{\rm{ }}\) from pole \({\rm{ P}}\) of a concave interface having radius of curvature \(R\) emits a beam at an angle of \(30^\circ \) to the principle axis \({\rm{ PO}}\). The distance of the image of point source \({\rm{O}}\) from pole \({\rm{ P }}\)is:

364804 A ray of light falls on a transparent sphere with centre at \({\rm{C }}\) as shown in figure. The ray emerges from the sphere parallel to line \(AB\). The refractive index of the sphere is

364805 A point object \(O\) is placed in front of glass rod having spherical end of radius of curvature \(30\;cm\). The image would be formed at

364806 One end of a cylindrical glass rod \(\left( {\mu = 1.5} \right)\) is given the shape of a concave refracing surface of radius \(10\;cm\) . An air bubble is situated in the glass rod at a point on its axis such that it appears to be at distance \(10\;cm\) from the surface and inside glass when seen from the other medium. Find the actual location of air bubble, from the surface.

364807 Radii of curvature of a converging lens are in the ratio 1: 2. Its focal length is \(6\;cm\) and refractive index is 1.5. Then its radii of curvature are ________respectively.

364803 A point source \({\rm{O}}\) kept at distance of \(2R{\rm{ }}\) from pole \({\rm{ P}}\) of a concave interface having radius of curvature \(R\) emits a beam at an angle of \(30^\circ \) to the principle axis \({\rm{ PO}}\). The distance of the image of point source \({\rm{O}}\) from pole \({\rm{ P }}\)is:

364804 A ray of light falls on a transparent sphere with centre at \({\rm{C }}\) as shown in figure. The ray emerges from the sphere parallel to line \(AB\). The refractive index of the sphere is

364805 A point object \(O\) is placed in front of glass rod having spherical end of radius of curvature \(30\;cm\). The image would be formed at

364806 One end of a cylindrical glass rod \(\left( {\mu = 1.5} \right)\) is given the shape of a concave refracing surface of radius \(10\;cm\) . An air bubble is situated in the glass rod at a point on its axis such that it appears to be at distance \(10\;cm\) from the surface and inside glass when seen from the other medium. Find the actual location of air bubble, from the surface.

364807 Radii of curvature of a converging lens are in the ratio 1: 2. Its focal length is \(6\;cm\) and refractive index is 1.5. Then its radii of curvature are ________respectively.

364803 A point source \({\rm{O}}\) kept at distance of \(2R{\rm{ }}\) from pole \({\rm{ P}}\) of a concave interface having radius of curvature \(R\) emits a beam at an angle of \(30^\circ \) to the principle axis \({\rm{ PO}}\). The distance of the image of point source \({\rm{O}}\) from pole \({\rm{ P }}\)is:

364804 A ray of light falls on a transparent sphere with centre at \({\rm{C }}\) as shown in figure. The ray emerges from the sphere parallel to line \(AB\). The refractive index of the sphere is

364805 A point object \(O\) is placed in front of glass rod having spherical end of radius of curvature \(30\;cm\). The image would be formed at

364806 One end of a cylindrical glass rod \(\left( {\mu = 1.5} \right)\) is given the shape of a concave refracing surface of radius \(10\;cm\) . An air bubble is situated in the glass rod at a point on its axis such that it appears to be at distance \(10\;cm\) from the surface and inside glass when seen from the other medium. Find the actual location of air bubble, from the surface.

364807 Radii of curvature of a converging lens are in the ratio 1: 2. Its focal length is \(6\;cm\) and refractive index is 1.5. Then its radii of curvature are ________respectively.

364803 A point source \({\rm{O}}\) kept at distance of \(2R{\rm{ }}\) from pole \({\rm{ P}}\) of a concave interface having radius of curvature \(R\) emits a beam at an angle of \(30^\circ \) to the principle axis \({\rm{ PO}}\). The distance of the image of point source \({\rm{O}}\) from pole \({\rm{ P }}\)is:

364804 A ray of light falls on a transparent sphere with centre at \({\rm{C }}\) as shown in figure. The ray emerges from the sphere parallel to line \(AB\). The refractive index of the sphere is

364805 A point object \(O\) is placed in front of glass rod having spherical end of radius of curvature \(30\;cm\). The image would be formed at

364806 One end of a cylindrical glass rod \(\left( {\mu = 1.5} \right)\) is given the shape of a concave refracing surface of radius \(10\;cm\) . An air bubble is situated in the glass rod at a point on its axis such that it appears to be at distance \(10\;cm\) from the surface and inside glass when seen from the other medium. Find the actual location of air bubble, from the surface.

364807 Radii of curvature of a converging lens are in the ratio 1: 2. Its focal length is \(6\;cm\) and refractive index is 1.5. Then its radii of curvature are ________respectively.