The derivation of the equation needed to answer your question is a bit intense, so I'm going to skip it and just write down the result:
∆tE/√[1 - (3GMi/ri)/c2 - v2/c2] = ∆tM.
∆tE is the elapsed time of an atomic clock on Earth.
∆tM is the elapsed time of an atomic clock on the Moon.
G is the gravitational constant = 6.67428 X 10-11 m3/(kg s2)
c is the speed of light in a vacuum = 299,792,458 m/s
v is the average orbital speed of the Moon = 1022 m/s
Mi and ri are the sums of the masses and radial distances, respectively, of all of the objects with a gravitational influence on the moon. In this answer, I'm going to approximate these two values by only considering the masses and radial distances for the Earth, the Moon, and the Sun. Because of this approximation, the value for ∆tM that I'm going to list below will a bit lower than the actual value.
So, after plugging in all of the numbers into the above equation, with ∆tE = 4 billion years, the value for ∆tM is 4000000059.5 years. So the atomic clocks would be about 59.5 years apart.
between 482 billion and 499 billion feet
Similarities Between Earth And VenusSome of the similarities are:Both Venus and Earth were formed about 4 ½ billion years ago by gas.Both Venus and Earth have a solid surface.Both Venus and Earth have about the same density, which means mass per unit volume.
No. The universe itself is about 13.7 billion years old. Earth is between 4.5 and 4.6 billion years old.
The minimum Earth-Neptune distance is approximately 4.36 billion miles. The maximum is 4.63 billion miles.
The distannce from Earth to Uranus is:19.2 miles x earths distancewhich is 1,747,200,000
between 482 billion and 499 billion feet
Similarities Between Earth And VenusSome of the similarities are:Both Venus and Earth were formed about 4 ½ billion years ago by gas.Both Venus and Earth have a solid surface.Both Venus and Earth have about the same density, which means mass per unit volume.
Earth is between 4.5 and 5 billion years old.
No. The universe itself is about 13.7 billion years old. Earth is between 4.5 and 4.6 billion years old.
The minimum Earth-Neptune distance is approximately 4.36 billion miles. The maximum is 4.63 billion miles.
a minimum of 1.6 billion miles
1216 Billion Kilometers
The difference is that the earth has one and the moon doesn't.
I assume you mean between Earth and the other planets. Earth to Mercury is between 77.3 million and Earth to Venus is between 40 million and Earth to Mars is between 56 million and Earth to Jupiter is between 893 million and 964 million km Earth to Saturn is between 1.2 billion and 1.6 billion km Earth to Uranus is between 2.57 billion and Earth to Neptune is between 4.3 billion and Earth to Pluto (even though Pluto isn't technically a planet, we all like Pluto, so here are its distances) is between 4.28 billion and
The distannce from Earth to Uranus is:19.2 miles x earths distancewhich is 1,747,200,000
As of December '08 Voyager 1 is about 10 billion miles from Earth
Assuming US and not Canadian nickels (0.01 difference) Taking the average distance from the Earth to the Moon, you could reach the Moon from Earth with 18,123,479,491 nickels or just over 18 billion.