If sugar is placed in the path of light, it will scatter the light and make it appear as though the sugar is sparkling or shimmering. This effect is known as diffraction and is caused by the sugar crystals interfering with the light waves, breaking them up into different directions.
Yes, the path of light can be seen across the liquid in column 6.
An object can be seen when light reflects off of its surface and reaches our eyes. This happens when there is sufficient light in the environment for our eyes to detect the object.
You can see the path of light through smoke because the particles in the smoke scatter the light. When light enters the smoke, it hits the particles and scatters in different directions, making the path of the light visible. This effect is commonly seen in settings like laser light shows or sunbeams filtering through smoke-filled rooms.
The intensity of light that reaches the eye is related to the amount of light seen. This can be influenced by factors such as distance from the light source, obstructions in the light path, and the light source's brightness. The eye's sensitivity to light also plays a role in how much light is perceived.
It's a tricky question, and I am answering from the point of view of an interested layman, not a physicist. Light travels on a straight path through space. The interesting reality is that the space around gravitational fields bends.Light travels in a straight path through bent space. Also, light can be transmitted through optical fibers in communications systems, and the light follows the fiber through whatever bends are put into it.
Yes, the path of light can be seen across the liquid in column 6.
An object can be seen when light reflects off of its surface and reaches our eyes. This happens when there is sufficient light in the environment for our eyes to detect the object.
You can see the path of light through smoke because the particles in the smoke scatter the light. When light enters the smoke, it hits the particles and scatters in different directions, making the path of the light visible. This effect is commonly seen in settings like laser light shows or sunbeams filtering through smoke-filled rooms.
The intensity of light that reaches the eye is related to the amount of light seen. This can be influenced by factors such as distance from the light source, obstructions in the light path, and the light source's brightness. The eye's sensitivity to light also plays a role in how much light is perceived.
" a sugar" - really -where have you seen "a sugar"
Nothing can be seen in a black hole because all the light particles are sucked into the depths of the hole, and then no one knows what happens....
The ecliptic.
Seen the Light was created on 2003-01-27.
It's a tricky question, and I am answering from the point of view of an interested layman, not a physicist. Light travels on a straight path through space. The interesting reality is that the space around gravitational fields bends.Light travels in a straight path through bent space. Also, light can be transmitted through optical fibers in communications systems, and the light follows the fiber through whatever bends are put into it.
PAPI light, or Precision Approach Path Indicator lights, is a system usually located on the left side of the runway. It provides lighting for an aircraft's glide path and can be seen from up to five miles away in the daytime and twenty miles away at night.
When a screen is tilted, the angle of reflection of light also changes. The angle of reflection will be equal to the angle of incidence measured from the normal line. Tilting the screen can affect the direction in which the reflected light is seen by an observer.
Light is absorbed at certain frequencies by the atoms in the compounds making up whatever is being seen; that light is then re-emitted in all directions by the atoms, and is seen via a chemical reaction setting off an electric signal in the nerves in the eye. So, while "scattering" is not quite the perfect term, relative to what actually happens, it has the same end result and happens in roughly the same way.