70,542,001,500,000,000 miles (from the earth).
1 ft = 0.3048 meters (exact conversion ratio, this is a good one to memorize).(12000 ft) * (0.3048 m/ft) = 3657.6 m
Pioneer X was launched in 1972. It passed Jupiter at the end of 1973. After that it didn't pass near any more planets, so it's hard to give an exact answer to this question.
To establish an exact position on the planet.
There is no planet that close to the Sun. Mercury the closest planet, is 69.8 million km (43.4 million miles) distant.
On the off chance that you mean planet Mercury, it has a radius of about 2440 kilometers.
Estimation
No i am sorry to say mars is not an exact sphere. the rocks and boulders and everything on the planet is not an exact sphere
1 ft = 0.3048 meters (exact conversion ratio, this is a good one to memorize).(12000 ft) * (0.3048 m/ft) = 3657.6 m
it is pretty likely but there is no exact calculation
If one measurement or calculation is off, it is likely to throw off their entire theory.
Use estimates and see if the calculation gives an answer that is similar to the exact calculated value.
It is not possible to give an exact value since the calculation involve π. Since π is an irrational number, there is no exact representation for it.
They are:Replace the numbers in the question with approximate valuesCarry out the calculation using them instead of the exact numbers.
Pioneer X was launched in 1972. It passed Jupiter at the end of 1973. After that it didn't pass near any more planets, so it's hard to give an exact answer to this question.
To establish an exact position on the planet.
Latitude and Longitude specify any location on the planet.
Saturn. (The exact number of rings depends on how you count them.)