Write Python code to do the following:

Create three lists called stars, absmags$,$ and distances containing

Now create a new list, appmags, containing apparent magnitudes $m$ calculated

using

$m=M+5(logd-1)$

where $M$ is the absolute magnitude and $d$ is the distance in parsecs. Note that

the logarithm is base$-10,$ so use the log$10$ function from the math module.

Iterate over the stars, printing for each star "The apparent magnitude of $($star$)$ is

$($appmag$)."$

Practice with dictionaries by creating a dictionary for one of the stars. The keys

should be $\text{'}m\text{'},\text{'}M\text{'},$ and $\text{'}$d$\text{'},$ and the values should be the apparent magnitude and

so on as appropriate.

Now use the data in the four lists to create a nested dictionary called stardict.

Each dictionary entry should have as its key the name of a star, and the value

should be itself a dictionary like the one you created in #$4$ above.

Print stardict $[\text{'}$Rigel$\text{'}][\text{'}$m$\text{'}].$