As shown in the interactive, the laser beam is split into two beams when it hits the water surface.One of the beams is refracted. Identify what the other beam is. TransmittedAbsorbedReflectedI'm not sure

Notice the dashed vertical line passing through the point where the laser beam hits the water. This is called the normal.When the laser beam is refracted as it passes from air into water, identify how it is bent. Towards the normalAway from the normalI'm not sure

An underwater diver is able to shine a laser onto the underwater portion of a distant boat.  However, the diver is unable to shine the laser onto the portion of the boat that is above the surface.  Which of the following best explains this phenomenon?A.DiffractionB.DispersionC.PolarizationD.Reflection

A monochromatic laser beam has a wavelength of 514 nm in air. Calculate the wavelengthof the laser light when the beam propagates through water

Time taken by a laser beam to travel a distance of 5 km under water having refractive index 4343, will be Only one correct answerA.2 × 10–4 s  B.2 × 10–5 s  C.2.2 × 10–4 s  D.2.2 × 10–5 s

The diagram below shows sound waves hitting the surface of a body of water and bouncing back off.Which of the following best describes this type of wave behavior? A. reflection B. absorption C. refraction D. transmission