in the dark the pupil of your eye that is the central black part widens a lot. this helps it to recieve ads much light possible. that is why when u enter a dark are it takes time for your pupils to adjust to the lack of light.
generally speaking things appears the colors that they do because of two things, the way our eyes and brain perceive them and the way the object absorbs and reflects different wavelengths of the light spectrum. our minds interpret the light spectrum as the colors red, orange, yellow, green, blue indigo and violet and any combination of these colors. when light strikes an object, the object absorbs and reflects light waves, for instance if an object appears red to you, it's because the surface of the object absorbs all the other light wavelengths except red, which bounces back to our eye and causes the object to appear red. strangely enough, when all colors of the light spectrum are bounced back to us, we perceive the object to be white and when none of the colors are reflected, we perceive the object to be black!
The phrase 'give off light' means to have a lot of light.
The mass won't change noticeably. (Note that the weightwill chage quite a lot in this case.)The mass won't change noticeably. (Note that the weight will chage quite a lot in this case.)The mass won't change noticeably. (Note that the weight will chage quite a lot in this case.)The mass won't change noticeably. (Note that the weight will chage quite a lot in this case.)
there are lots of moons because of light for planets PS I'm guessing
Dispersion
A mirror reflects a lot of light, absorbs very little light, and transmits almost no light.
When light passes through an object, we say it is transmitted. Transparent objects transmit a lot of light. basically it is called shadow
Normal. It takes a lot of mass to bend light.
Dense objects that absorb a lot of light are typically referred to as opaque. These objects do not allow light to pass through them easily, resulting in the absorption of most of the incident light.
An object with momentum is hard to stop because momentum is a measure of how much motion an object has. When an object is in motion, it has momentum, and stopping it requires applying a force in the opposite direction. The greater the momentum of an object, the more force is needed to bring it to a stop.
No, changing an object's inertia does not necessarily require a lot of force. Inertia is an object's resistance to changes in its state of motion, and the amount of force needed to change it depends on the mass of the object. Smaller forces can change the inertia of light objects, while heavier objects may require more force.
Shininess is caused by how light interacts with the surface of an object. Smooth surfaces reflect light more uniformly, creating a shiny appearance as the light is not scattered in different directions. Shiny objects tend to have highly polished or smooth surfaces that reflect a lot of light, making them appear glossy or reflective.
Usually takes up a lot of light powering your screen, does it not? Or else your picture would be VERY dark. So dark you wouldn't be able to see the show.
a story that you learn a lot from . . .
The way you can describe the motion of an object with words is that every time when you drop a really light object it a free fall and it doesn't have lot of gravity because it not havey it light and when you drop a havey object and a light object they fall the same time because they both have gravity except one is havey one I'd lighter
if you hit a stationary object - you will most likely be found at fault