The question cannot be answered because you need a fixed reference point against which to measure the speed (or velocity) of the earth through the universe. What would this be? The sun (or centre of the solar system)? But that travels round the centre of the Milky Way Galaxy. The centre of Milky Way? But that travels around the centre of our local cluster. The centre of our local cluster? No, because that travels round ... and so on.
About 18 miles/sec around the sun, which is itself travelling about 30 miles/sec relative to local stars, which are traveling at about 300 miles/s relative to the galaxy centre, which is traveling at ? relative to local galaxies, which are traveling at... So the short answer is, yes.
The Sun is about 93,000,000 miles from Earth So: 93,000,000/500 = 186,000 hours
The moon's distance from Earth doesn't depend on the speed of the vehicle. It's still averages about 238,000 miles.
The universe expands 45 miles every second.
First, you would measure the diameter of the Universe in miles, or its volume in cubic miles; but what would you want to measure in square miles?Second, the size of the Universe is not currently known. The observable Universe has a radius of about 46 billion light-years. Convert that to kilometers or miles if you like. One light-year is about 10 million million kilometers. But the entire Universe is probably much, much bigger.First, you would measure the diameter of the Universe in miles, or its volume in cubic miles; but what would you want to measure in square miles?Second, the size of the Universe is not currently known. The observable Universe has a radius of about 46 billion light-years. Convert that to kilometers or miles if you like. One light-year is about 10 million million kilometers. But the entire Universe is probably much, much bigger.First, you would measure the diameter of the Universe in miles, or its volume in cubic miles; but what would you want to measure in square miles?Second, the size of the Universe is not currently known. The observable Universe has a radius of about 46 billion light-years. Convert that to kilometers or miles if you like. One light-year is about 10 million million kilometers. But the entire Universe is probably much, much bigger.First, you would measure the diameter of the Universe in miles, or its volume in cubic miles; but what would you want to measure in square miles?Second, the size of the Universe is not currently known. The observable Universe has a radius of about 46 billion light-years. Convert that to kilometers or miles if you like. One light-year is about 10 million million kilometers. But the entire Universe is probably much, much bigger.
About 8,750 miles.
About 18 miles/sec around the sun, which is itself travelling about 30 miles/sec relative to local stars, which are traveling at about 300 miles/s relative to the galaxy centre, which is traveling at ? relative to local galaxies, which are traveling at... So the short answer is, yes.
250000 miles
It would take over 150 years to reach the sun from Earth traveling at a constant speed of 70 miles per hour because the sun is about 93 million miles away from Earth.
The circumference of the Earth is roughly 24,900 miles.
About 106 years at 100 miles per hour.
The Sun is about 93,000,000 miles from Earth So: 93,000,000/500 = 186,000 hours
The distance to dig through the Earth's center is about 7,900 miles. However, digging a straight tunnel through the Earth is not feasible due to extreme temperatures, pressure, and the molten core.
About 59 years.
Traveling Miles was created in 1997-12.
The moon's distance from Earth doesn't depend on the speed of the vehicle. It's still averages about 238,000 miles.
They thought the Earth was the center of the Universe. They also thought that the Sun was 300 times the size of Earth. Last but not least the ancient Greeks estimated that the circumference of the Earth was around 28,000 to 29,000 miles.