A convex lens- glass slab- a glass prism- and a spherical solid ball have been prepared from the same optically transparent material- Dispersive power will be possessed only by the glass slab and prism onlylens and solid ball onlythe prism onlylens- slab- prism and solid ball

Question

Toppr Admin · Accepted Answer

Convex lens- glass slab- glass prism and spherical solid ball all have dispersive power because in all four material we can find -x3BC-v-x3BC-R and -x3BC-x3B3- such that-x3BC-v-x2212-x3BC-R-x3BC-x3B3-x2212-1 is dispersive power-Hence- correct option is D-

A convex lens, glass slab, a glass prism, and a spherical solid ball have been prepared from the same optically transparent material. Dispersive power will be possessed only by
the glass slab and prism only
lens and solid ball only
the prism only
lens, slab, prism and solid ball

Convex lens, glass slab, glass prism and spherical solid ball all have dispersive power because in all four material we can find $μ_{v}, μ_{R}$ and $μ_{γ}$ such that
$\frac{μ_{v} - μ_{R}}{μ_{γ} - 1}$ is dispersive power.
Hence, correct option is D.

A convex lens, glass slab, a glass prism, and a spherical solid ball have been prepared from the same optically transparent material. Dispersive power will be possessed only by the glass slab and prism onlylens and solid ball onlythe prism onlylens, slab, prism and solid ball

Convex lens, glass slab, glass prism and spherical solid ball all have dispersive power because in all four material we can find μv,μR and μγ such thatμv−μRμγ−1 is dispersive power.Hence, correct option is D.

A convex lens, glass slab, a glass prism, and a spherical solid ball have been prepared from the same optically transparent material. Dispersive power will be possessed only by
the glass slab and prism only
lens and solid ball only
the prism only
lens, slab, prism and solid ball

Convex lens, glass slab, glass prism and spherical solid ball all have dispersive power because in all four material we can find $μ_{v}, μ_{R}$ and $μ_{γ}$ such that
$\frac{μ_{v} - μ_{R}}{μ_{γ} - 1}$ is dispersive power.
Hence, correct option is D.