May
04
If 1 of planet X’s year is the equivalent to 500 earth years…?
We are going to pretend that planet X has the same time proportions as earth (365 planet X days to a planet X year, 24 planet X hours to a planet X day, 60 planet X minutes to a planet X hour… etc). If planet X’s year (one rotation around the sun) is the equivalent to 500 earth years. How many earth days are in planet X’s day? How many earth hours are in planet X’s hour?
Answer by ^
why should we care?
What do you think? Answer below!
Planet X does not exist. It is a complete hoax.
Watch Neil Tyson the famous astronomer talk about planet x:
http://www.youtube.com/watch?v=QJjQMwEjC1I
Zero, planet X hasn’t been discovered yet.
Based upon the given info the rotational period of planet X cannot be calculated.
I don’t think we can infer anything about the rotation of a planet without knowing some of the rotational parameters. I also don’t think that rotational period is in any way related to the revolution period.
FYI: I don’t believe in planet x (i.e the one that will supposedly hit us without ever being seen in telescopes or to the naked eye, now the 2012 believers will say its invisible).
Rotational period and orbital periods are independent of each other.
1.369863014 planet X days, and 0.05707762557 planet X hours.
As you’ve seen, the term “planet X” triggers a reflex in people because it is the name of the fictitious planet that is part of 2012 hoax mythology.
However, I think you’re just asking a simple hypothetical question about ratios.
If you have a planet whose year is 500 earth years (1 X-year = 500 earth-years), and whose day is 1/365 of an X-year (1 X-day = 1/365 X-years) then the X-day is 500 earth days.
1 X-day = 1/365 X-years = 500*(1/365) earth years = 500 earth days.
Similarly if 1 X-hour = 1/24 X-days, then it equals 500 earth hours.