Now we have all the data we need to compute the Mass of Jupiter from the general formulation of the third Kepler$$s law, using information from Europa's orbit:

Pmoon$2=4$$2$G$$MJupamoon$3$MJup$=4$$2$amoon$3$G$$Pmoon$2$

Substitute the numbers we found using Europa to calculate the mass.

a $=$ semi$-$major axis in meters

P $=$ period of orbit in seconds.

$($G$=6\mathrm{.}67$x$10-11$m$3$kg$-1$s$-2)$:

What is the mass of Jupiter $($in kg$)$ using data from Europa's orbit?

Answer format: xe$+$y where x has $3$ significant digits, e is the exponent or signifies $\text{'}$to the power of$\text{'},$ and y is the exponent.