A supergiant star has an atmosphere that extends far from the star's center. On a surface area basis, square meters say, the surface is very dim. But since the size is so great the overall brightness is high. Betelgeuse is a good example. The outer atmosphere is so tenuous that there is actually a star orbiting within it. But it is so large that it shines brightly at the right shoulder of Orion.
Yes, rods are the photoreceptor cells in the retina that are active in dim light conditions and are responsible for night vision. Rods are more sensitive to light than cones, which are responsible for color vision in bright light.
The iris is the part of the eye that controls the size of the pupil. In bright light, the iris constricts the pupil to reduce the amount of light entering the eye, while in dim light, the iris dilates the pupil to allow more light to enter and improve vision in low-light conditions.
In dim light, the number of photons reaching the solar panel is lower, which results in a lower generation of electron-hole pairs and therefore less current being produced. Bright light provides more photons, resulting in a higher generation of electron-hole pairs and a stronger current flow.
It's very flexible and the light will shine through it but not too dim and not too bright
Because of its distance from the Sun, it has dim sunlight.
Dim
bright
the words bright and dim are antonyms because they are opposites
...would be dim.
Dim means stupid. It is the opposite of 'bright', think of a light. 'He is so dim, why did we employ him?'
The bright green light has a higher frequency (shorter wavelength) and a smaller amplitude than the dim red light.
You probably have a bad ground on your "dim" light.
Dim means to make slightly darker. Dim is the opposite of bright, e.g. dim light or dim-witted. Dim means low or not bright If you are referring to a; Person-not smart/dumb Lights-low/ not very bright * If it isn't one of these it might be used referring to them! i have alot of friends that say dim or dem instead of saying them.
The intensity of light varies between being dim and bright due to factors such as the distance from the light source, the amount of energy emitted by the source, and the presence of obstacles that may block or reflect the light.
The difference in color between bright green light and dim red light is due to variations in their respective wavelengths. Bright green light has a shorter wavelength, which corresponds to higher energy and frequency, resulting in the perception of a vibrant green color. In contrast, dim red light has a longer wavelength, lower energy, and frequency, leading to the perception of a subdued red hue.
Yes, rods are the photoreceptor cells in the retina that are active in dim light conditions and are responsible for night vision. Rods are more sensitive to light than cones, which are responsible for color vision in bright light.
Bright green light is typically composed of high-frequency, short-wavelength waves, while dim red light is made up of low-frequency, longer-wavelength waves. The intensity of the waves determines the brightness of the light, with bright green light having a higher intensity compared to dim red light. Additionally, the color perception is influenced by the specific wavelengths of light present in each scenario.