8 minutes.
The sun rays reach the surface of Uranus when a full year has passed. A year in Uranus is 84.3 earth years. That means that if we were from Uranus, many people would not even experience their first birthday. Only some would have their first birthday.
That depends on how far apart Jupiter and earth are at the time.When both are on the same side of the sun, the closest the two planets can befrom each other is about 391 million miles. When on opposite sides of the sun,the farthest apart is about 577 million miles.The corresponding transit-times at light speed are between 35 minutes and 51.6 minutes.
About a second. The circumference of Earth is about 40,075 km. Light travels at about 299,792 km/s. So to find how long it takes to go around 7.5 times, we multiply the circumference of the Earth by 7.5. Then take that answer and divide it by the speed of light, which equals 1.0026 seconds.
No more than you feel the Earth rotating. In fact, it takes the Moon about 27 times as long to rotate as the Earth takes.
It takes about 90 minutes for it to do one orbit of the Earth, so it can go around Earth about 16 times a day.
It's not the type of light; it's how far it has to go. Sunlight takes about 8 minutes and 20 seconds to reach Earth. Since 8 minutes and 20 seconds is about 333 times as long as 1½ seconds, and since the speed of light is constant in a vacuum, that means that the sun is about 333 times as far from Earth as the moon.
It takes light about 8 minutes to reach Earth, so you could use that or just ask google to get 63239.7263
No. A light year is the distance that any light can travel in a year.It's about 63 thousand times the distance from the sun to Earth.The light from the sun takes about 8 minutes to travel to the Earth.
it will take 1.5 times longer for light from the sun to get to mars than to get to earth
The sun rays reach the surface of Uranus when a full year has passed. A year in Uranus is 84.3 earth years. That means that if we were from Uranus, many people would not even experience their first birthday. Only some would have their first birthday.
If you mean "How long does it take for light from Schedar to reach Earth?", then just use the formula: Distance equals speed times time, or more easily look up the distance in terms of lightyears. Wikipedia gives Schedar as being 228 LY's away...or it will take 228 years for the light to reach Earth.
That is definitely not the correct distance between Sun and Venus. Once you get the correct distance in kilometers, divide it by the speed of light (300,000 kilometers/second), to get the time in seconds. Or you can do it this way. It takes light about 500 seconds to reach Earth from the Sun. Venus is at about 0.723 times the distance of Earth from the Sun. So it takes light about 0.723 x 500 seconds to get to Venus from the Sun. That gives the answer as 6.025 minutes. So, rounded, the answer is 6 minutes. Incidentally, the distance of Venus from the Sun is about 108.2 million kilometers.
That depends on how far apart Jupiter and earth are at the time.When both are on the same side of the sun, the closest the two planets can befrom each other is about 391 million miles. When on opposite sides of the sun,the farthest apart is about 577 million miles.The corresponding transit-times at light speed are between 35 minutes and 51.6 minutes.
About a second. The circumference of Earth is about 40,075 km. Light travels at about 299,792 km/s. So to find how long it takes to go around 7.5 times, we multiply the circumference of the Earth by 7.5. Then take that answer and divide it by the speed of light, which equals 1.0026 seconds.
Because the sun is roughly 390 times farther from us than the moon is. As you know, if you always travel at the same speed, like light does, then the time that any trip takes will depend directly on the length of the trip.
1 trillion years ... roughly 72 times the estimated age of the universe since the big bang
Mercury's average distance from the sun is about 58 million kilometers, or 58 billion meters. Light travels at a speed of about 300 million meters per second. Divide the distance by the speed of light to get the time needed, and you end up with about 193.3 seconds, or about 3.2 minutes.You can check this answer to make sure that it makes sense by remembering that light from the sun takes roughly 8 minutes to reach Earth. Earth and Mercury are both terrestrial planets, Mercury is closer, and 3 minutes and 8 minutes aren't wildly different times, so the answer looks reasonable.