I don't think so.
light from any source takes time to reach us, it merely travels so fast that we percieve it as being instant because we tend to be very close to the sources of light we manipulate. when we see light from a galaxy 1000 light years away, we are seeing light that was emitted by that galaxy 1000 years ago, and if this galaxy suddenly disappeared, we wouldn't know about it for 1000 years, until the last of its light arrived and then no more. if you consider this in cosmic terms, were we to study a region of the universe 1 billion light years away, we would be looking at something 1 billion years old, a snapshot of what the universe looked like a billion years ago, a younger universe. probably helps to explain what younger means here: in space the universe is basically the same everywhere, stars in galaxies in clusters, but in time the composition has changed as chemical and nuclear reactions have altered the various quantities of different substances. so we see a galaxy a billion light years away, its composition will be of an earlier order than the composition of a nearer galaxy. As the universe expands galaxies move farther apart, the light more faint.
Actually you can see farther in the night time than in the daytime. The farthest you can generally see in the day is the distance to the Sun and, on occasion, other planets during special circumstances. During the night time, you can see all the way to the stars which are much farther away than the Sun and the planets which are observable in the day time. During normal conditions for which we use our eyes, the following answer is quite correct. Daytime. It's just the way our eyes are made; the rods and cones respond to sunlight, and our iris'and pupils focus better when we have enough light to see. At night our pupils shrink to allow more light in so we can see. If our pupils stayed the same size, we'd be virtually blind. People with night blindness actually have a condition where their eyes are unable to focus with the limited amount of light.
Explain why the light is unable to reach the screen
Dark
It would take approximately 65 years to travel at the speed of light from Earth to Aldebaran, which is about 65 light-years away. However, currently, we do not have the technology to travel at the speed of light.
WHICH DRIVERWILL HIT THE GOLF BALL FARTHER- HEAVY OR LIGHT
The Light House is located in Olivine City. You travel west of Ecruteak, and when you can't travel farther west, you travel South. It is located at the very southeast edge of Olivine.
A lighter object will generally go farther in a catapult because it can be launched with more speed due to its lower mass. The lighter object requires less force to accelerate and it experiences less air resistance during flight, allowing it to travel farther.
No, it is not.
The intensity of light decreases with distance due to the spreading out of light waves over a larger area as they travel farther from the source. This spreading out of energy leads to a decrease in the concentration of light at any given point, resulting in lower intensity.
Light travels faster through gas compared to other mediums because gas molecules are farther apart, allowing light to travel through with less interference or absorption. In solids and liquids, the molecules are closer together, resulting in more interactions that slow down the speed of light.
No. There closest black holes are many light years away, much farther than anything we build can travel.
No. Nothing with mass can travel at the speed of light.
Light will travel fastest in a vacuum, which is a state where there are no particles to slow down its speed. In other states of matter like solids, liquids, and gases, the particles can interact with light and slow it down as it travels through the medium.
Light energy is transformed into chemical energy
Mars if farther from the sun than the Earth is, so it gets less sunlight, but there is still sunlight on Mars - during the day.
FTL stands for Faster-Than-Light, a concept in physics referring to travel or communication exceeding the speed of light. In science fiction, FTL is often used to explain how spacecraft can travel vast distances across the universe in a reasonable amount of time.