# Kepler-186f

## Planetary Description

Kepler-186f is the first Earth-size planet found it the habitable zone of its star. It orbits a red dwarf star. Kepler-186f is rocky like the Earth and has a suitable atmosphere. Kepler-186f planetary system lies in the direction of the constellation Cygnus, about 500 light-years away.

## How does Kepler-186f compare to Earth?

____________________________Earth_________________________Kepler-186f____________________

Diameter:_______________12,742 km_______________________14,300 km____________________

Average Distance

from the sun:___________150,000,000Km_________________37 million miles (60 million)___

Average

Temperature:___________185/331 (min/max) K____________32 degrees__________________

Length of a Day:_________24 hr.___________________________52.4 million km____________

Length of a year:________1 year (365.25 Days)____________130 earth years______________

Number of Moons:______1________________________________None________________________

Number of Rings:________None___________________________None________________________

How old would you

be if you lived on:_________14 years__________________________9 years____________________

How much would you weigh

on your planet?:_______________110 Ibs._______________4.93224544975 x 10^32 Ibs._____

Acceleration Due

to gravity:_______________________9.8 m/s/s___________________

Distance from Earth: 500 light years

Mass of Earth= 5.9722 x 10^24

Mass of Kepler-186f= 1.195 x 10^25

The value of "g" is: 41,274,020.5 m/s^2

If your spaceship can travel at 0.1C, how long would it take to travel to your planet? How old would you be when you arrive?: It would take 5,000 years to get to my planet. I would be 5,014 when I arrive.

How to Get There!

The shuttle for Kepler-186f will be departing earth in approximately 10 months on December 21, 3062. The shuttle will only be able to accommodate 450,000 settlers (as well as its crew of 340). Be prepare to be frozen in carbonite since the trip to Kepler-186f ,which transverses 490 light-years at warp 1.6 (.1C the speed of light or 1.08x10^8 km/hr), will take approximately 4,800 years.