Angle of incidence and the different n values between the two substances. Snell's Law, Sin(theta 1)*N1 = Sin (theta 2) * N2
Light penetration refers to the depth that light can penetrate into a material. On water surfaces, the factors that can affect light penetration are the angle of the sun, density, wavelength and the type of water surface.
The speed of light . ( but it's mostly ignored , since speed of light is constant in air " 3.0×108" )The Refractive Index of the medium the light is getting into .The angle of incidence to the boundary of the Medium.
The amount of light a material reflects depends upon the kind of material in the reflector, the extent to which it is polished , and the angle at which the light strikes the surface. your welcome.
darkness. it needs light to work
The angle of incidence
How does the angle of light affect the temperature of a surface?
Light penetration refers to the depth that light can penetrate into a material. On water surfaces, the factors that can affect light penetration are the angle of the sun, density, wavelength and the type of water surface.
The speed of light . ( but it's mostly ignored , since speed of light is constant in air " 3.0×108" )The Refractive Index of the medium the light is getting into .The angle of incidence to the boundary of the Medium.
The physical factors which affect the environment are temperature,humidity,intensity of radiation of light &light..these are physical factors as they are about the mechanics..
The nagle of light determines the area over which the energy of the light is spread out and that will affect how much it is heated.
Temperature Light Intensity Water
Light, water, carbon dioxide.
Abiotic factors.
temperature, light, pressure
Temperature, concentration of CO2, and light intensity
Light, carbon dioxide concentration, and temperature.
The amount of energy reaching a given area from a source of radiant energy is dependent on the angle of incidence of the energy. Radiation that contacts a surface at an angle of 60° from the normal has half as much energy per unit of surface area as radiation that is parallel to the normal, radiation that reaches the surface at 70.53° from the normal has one third the energy per unit of area, radiation at 75.52° from the normal has one fourth as much energy, and so on. Therefore, if light is contacting a surface that absorbs some of it and converts it to heat, the angle of incidence of the light will affect the temperature. Such is the reason why winters are colder than summers.