Calculate the radiation pressure on the mirror

Reference no: EM13320963

A 22.5-mW laser beam of diameter 1.98 mm is reflected at normal incidence by a perfectly reflecting mirror. Calculate the radiation pressure on the mirror.

Reference no: EM13320963

Questions Cloud

Compute the focal length of the second lens : You plan to project an inverted image 30.0 cm to the right of an object. You have a diverging lens with focal length -4.00 cm located 5.40 cm to the right of the object. What is the focal length of the second lens

How far from shore is a sailboat from view of a person : On a large lake without waves, how far from shore is a sailboat when the top of its 8m mast disappears from view of a person whos eye height is 1.5 m above the waters edge

Explain he observed a continuous spectrum of light : He concluded that electrons are emitted only when intensity of light is increased. He observed a continuous spectrum of light when hydrogen gas was supplied with energy.

Determine required value for m to 2 m wide rectangular gate : A 1 m diameter mass, M is connected to a 2 m wide rectangular gate. The gar is to open when the water level ,h, drops below 2.5 m. Determine the required value for M.

Calculate the radiation pressure on the mirror : A 22.5-mW laser beam of diameter 1.98 mm is reflected at normal incidence by a perfectly reflecting mirror. Calculate the radiation pressure on the mirror

Explain what is the empirical formula of the compound : A 1.5991 g sample of a hydrocarbon is combusted to give 1.6918 g of H2O and 5.1661 g of CO2. What is the empirical formula of the compound

Define consumer behavior : Define Consumer Behavior. Explain the three ways of doing business. Explain the ways CB is dynamic.

Find a small hole that your work can reasonably fill : Create a clear, concise problem statement - A problem statement may be a couple of sentences but it is definitely not a paragraph in length.

Describe the photoelectric effect : Which of the following is true about the photoelectric effect. a) The number of electrons emitted increases with intensity of light, regardless of the frequency. b) The number of electrons emitted increases with the intensity of light

User Account

All Pages