STATEMENT-1 : A photodiode is used in receivers in optical communication
STATEMENT-2 The photodiode has a resistance that varies according to intensity of light incident on it

Statement-1 : Diode lasers are used as optical sources in capital communication. Statement-2 : diode lasers consume less energy.

Statement-1 : Diode lasers are used as optical sources in capital communication. Statement-2 : diode lasers consume less energy.

Statement-I : Diode lasers are used as optical sources in optical communication. Statement-II : Diode lasers consume less energy.

Statement-I : Diode lasers are used as optical sources in optical communication. Statement-II : Diode lasers consume less energy.

STATEMENT -1 : The critical angle is defined when light goes from denser medium to the rarer medium. and STATEMENT - 2 : In total internal reflection, intensity of light remains same.

STATEMENT-1: The kinetic energy of photo-electrons increases with increase in frequency of incident light were vgtv_(o). STATEMENT-2: Whenever intenksity of light is increased the number of photo-electron ejected always increases.

STATEMENT-1: The kinetic energy of photo-electrons increases with increase in frequency of incident light were vgtv_(o). STATEMENT-2: Whenever intenksity of light is increased the number of photo-electron ejected always increases.

STATEMENT-1: The kinetic energy of photo-electrons increases with increase in frequency of incident light were vgtv_(o). STATEMENT-2: Whenever intenksity of light is increased the number of photo-electron ejected always increases.