A micron
Starlight travels through space in the form of electromagnetic waves. These waves carry energy from the star and are able to travel through the vacuum of space due to the lack of particles that would impede their progress.
First, calculate the velocity of the wave: v = λ/T = 0.57 m / 0.25 s = 2.28 m/s. Then, multiply the wave's velocity by the time traveled to find the distance covered: distance = velocity × time = 2.28 m/s × 33 s = 75.24 meters.
The speed of light in any medium is given by its speed of light in vacuum divided by the refractive index of the medium and so light will travel faster in water than in glass since refractive index of glass is greater than that of water.
Speed = (distance) / (time) = 33/5 = 6.6 feet per second
The speed of light in air is almost but not quite the same as its speed in vacuum,whereas its speed in water is about 25% less.So when light passes from air into water, its speed drops by about 25% .
Light travels at a speed of about 186,282 miles per second. The time it takes for light to travel to Jupiter depends on the distance between Earth and Jupiter, which varies as they orbit the sun. On average, light takes about 33 minutes to travel from Earth to Jupiter when they are at their closest approach.
The Blockbuster Buster - 2010 Gulliver's Travels 2-33 was released on: USA: 3 June 2012
Points: (23, -33) and (4, 9) Distance: square root of 2125 which is about 46
Points: (23, -33) and (4, 9) Distance: square root of 2125 which is about 46
The driving distance is 33 miles.
The shortest distance is 33 and a half miles.
The shortest distance is 33 miles.
33 miles
Starlight travels through space in the form of electromagnetic waves. These waves carry energy from the star and are able to travel through the vacuum of space due to the lack of particles that would impede their progress.
Distance: 30.23 miles - Time: 33 mins
First, calculate the velocity of the wave: v = λ/T = 0.57 m / 0.25 s = 2.28 m/s. Then, multiply the wave's velocity by the time traveled to find the distance covered: distance = velocity × time = 2.28 m/s × 33 s = 75.24 meters.
About 20 miles or 33 kilometres.