Mark:
OPPOSITION
Assuming circular orbits, 779.88 days.
T/687 + 1 = T/365.25
It would appear Mark is a Nutler Fizzerwhatdoyoucallit
The Earth moves at .985626283 degrees per day (360 divided by 365.25).
Mars moves at .524017467 degrees per day (360 divided by 687.0).
Therefore, Earth has a net gain on Mars of .461608816 degrees per day (obtained by subtracting Mars' rate from the Earth's).
So at .461608816 degrees per day, how many days would it take for the Earth to travel the 360 degrees in order to 'catch up' to Mars?
360/.461608816 = 779.88 days.
The mythical town of A2Know had a population of 10,000 people in 1930. Since then, the population has doubled every 23 years.
(For example in 1953, the population equalled 20,000; in 1976 it was 40,000; in 1999, it was 80,000 and so on).
What was the population in 1980