The Earth's diameter is roughly 8,000 miles. If the light is traveling in vacuum, then
8,000 miles is roughly 0.043 of one light-second, or roughly 0.00072 of a light-minute.
Earth's radius is 6371 km; its diameter is twice that amount. Light moves at 300,000 km/second. 60 times as much in a minute. You can base your calculations on that. (It's a fairly small fraction of a light-minute.)
Radio waves go round the Earth in 1/7 second so the diameter is 1/22 light-second or 1/1320 light- minutes.
About [ 8 and 1/3 ] minutes ... same as every other point on earth.(The earth's diameter is about 0.04 light-second. Its circumference is about 0.13 light-second.)
At the speed of light of 3.00 x 108 m s-1, it would take light 4.64 seconds to transit the diameter of the Sun, which is 1.932 x 109 m.
Venus is about 2.32 light minutes from Earth, Jupiter is about 35 light minutes from Earth.
The Earth is 8.3 light-MINUTES(0.0000152207001522070015220700152207 light years) from the Sun.
Venus is about 2.32 light minutes from Earth, Jupiter is about 35 light minutes from Earth.
Venus is about 2.32 light minutes from Earth, Jupiter is about 35 light minutes from Earth.
It's how far does light go in 17 minutes . . . . 305.7 million km, equal to the diameter of the Earth's orbit.
About eight minutes for the sun's light to reach the earth, if that's what you're asking...
Regulus is 77.5 light-years away from our solar system. (The diameter of Earth's orbital radius is 16 light-MINUTES, so our orbit around the Sun doesn't make any significant difference.)
If you mean light from the Sun, then it takes eight minutes for the light to reach the Earth.
It takes Light 8 Minutes to get from the Sun to the Earth.
No. The sun is about 8 light minutes from Earth