283089 For the same angle of incidence, the angles of refraction in media ' \(P\) ', ' \(Q\) ', ' \(R\) ' and ' \(S\) ' are \(50^{\circ}, \mathbf{4 0}^{\circ}, \mathbf{3 0}^{\circ}, \mathbf{2 0}\) respectively. The speed of light is minimum in medium

283090 In vacuum, to travel distance ' \(d\) ', light takes time ' \(t\) ' and in medium to travel distance ' \(5 \mathrm{~d}\) ', it takes time ' \(T\) '. The critical angle of the medium is

283091 A plane wave travelling with velocity ' \(v\) ' in a medium \(A\) reaches a point on the interface of medium \(A\) and medium (B) If velocity of sound in medium B is \(2 v\), the angle of incidence for total internal reflection of the wave will be greater than \(\left(\sin 30^{\circ}=0.5\right.\) and \(\left.\sin 90^{\circ}=1\right)\)

283088 Assertion: The colour of the green flower seen through red glass appears to be dark.
Reason: Red glass transmits only red light.

283089 For the same angle of incidence, the angles of refraction in media ' \(P\) ', ' \(Q\) ', ' \(R\) ' and ' \(S\) ' are \(50^{\circ}, \mathbf{4 0}^{\circ}, \mathbf{3 0}^{\circ}, \mathbf{2 0}\) respectively. The speed of light is minimum in medium

283090 In vacuum, to travel distance ' \(d\) ', light takes time ' \(t\) ' and in medium to travel distance ' \(5 \mathrm{~d}\) ', it takes time ' \(T\) '. The critical angle of the medium is

283091 A plane wave travelling with velocity ' \(v\) ' in a medium \(A\) reaches a point on the interface of medium \(A\) and medium (B) If velocity of sound in medium B is \(2 v\), the angle of incidence for total internal reflection of the wave will be greater than \(\left(\sin 30^{\circ}=0.5\right.\) and \(\left.\sin 90^{\circ}=1\right)\)

283088 Assertion: The colour of the green flower seen through red glass appears to be dark.
Reason: Red glass transmits only red light.

283089 For the same angle of incidence, the angles of refraction in media ' \(P\) ', ' \(Q\) ', ' \(R\) ' and ' \(S\) ' are \(50^{\circ}, \mathbf{4 0}^{\circ}, \mathbf{3 0}^{\circ}, \mathbf{2 0}\) respectively. The speed of light is minimum in medium

283090 In vacuum, to travel distance ' \(d\) ', light takes time ' \(t\) ' and in medium to travel distance ' \(5 \mathrm{~d}\) ', it takes time ' \(T\) '. The critical angle of the medium is

283091 A plane wave travelling with velocity ' \(v\) ' in a medium \(A\) reaches a point on the interface of medium \(A\) and medium (B) If velocity of sound in medium B is \(2 v\), the angle of incidence for total internal reflection of the wave will be greater than \(\left(\sin 30^{\circ}=0.5\right.\) and \(\left.\sin 90^{\circ}=1\right)\)

283088 Assertion: The colour of the green flower seen through red glass appears to be dark.
Reason: Red glass transmits only red light.

283089 For the same angle of incidence, the angles of refraction in media ' \(P\) ', ' \(Q\) ', ' \(R\) ' and ' \(S\) ' are \(50^{\circ}, \mathbf{4 0}^{\circ}, \mathbf{3 0}^{\circ}, \mathbf{2 0}\) respectively. The speed of light is minimum in medium

283090 In vacuum, to travel distance ' \(d\) ', light takes time ' \(t\) ' and in medium to travel distance ' \(5 \mathrm{~d}\) ', it takes time ' \(T\) '. The critical angle of the medium is

283091 A plane wave travelling with velocity ' \(v\) ' in a medium \(A\) reaches a point on the interface of medium \(A\) and medium (B) If velocity of sound in medium B is \(2 v\), the angle of incidence for total internal reflection of the wave will be greater than \(\left(\sin 30^{\circ}=0.5\right.\) and \(\left.\sin 90^{\circ}=1\right)\)

283088 Assertion: The colour of the green flower seen through red glass appears to be dark.
Reason: Red glass transmits only red light.