Please show all formulas and conversions A beam of light with wavelength of 589 nm is incident on a prism of a certain glass with the index ofrefraction n at an angle of 61 at point at a distance d from the right vertical side of a prism, as shown inFigure. The angle of refraction at the air-glass interface is 0r, the angle of incidence at the glass-airinterface is 2 and the angle of refraction when the light exits the prism is p1. What is the value of Ay, theamount by which the light is displaced vertically? Find the unknown magnitudes. Use scientific notationup to 3 significant figures.d.024y#:стст1.43410.030.0?60.0°

Given : Refractive index of air n1=1 Refractive index of glass n2=1.434 Angle of incidence θ1=30°

A beam of light with wavelength of 589 nm is incident on a prism of a certain glass with the index of refraction n at an angle of O at point at a distance d from the right vertical side of a prism, as shown in Figure. The angle of refraction at the air-glass interface is O2, the angle of incidence at the glass-air interface is 2 and the angle of refraction when the light exits the prism is 1. What is the value of Ay, the amount by which the light is displaced vertically? Find the unknown magnitudes. Use scientific notation up to 3 significant figures. d 02 4y #3 ст ст 5 1.434 10.0 30.0 ? 60.0°

A beam of light with wavelength of 589 nm is incident on a prism of a certain glass with the index of refraction n at an angle of O at point at a distance d from the right vertical side of a prism, as shown in Figure. The angle of refraction at the air-glass interface is O2, the angle of incidence at the glass-air interface is 2 and the angle of refraction when the light exits the prism is 1. What is the value of Ay, the amount by which the light is displaced vertically? Find the unknown magnitudes. Use scientific notation up to 3 significant figures. d 02 4y #3 ст ст 5 1.434 10.0 30.0 ? 60.0°