Return to Answer

The Youtuber Artifexian has some good information on the topic, in which he explores star system and planetry building using equations (which I am currently compiling into spreadsheets for ease of use).

The mass you gave is great (3.5 Earth Masses is the absolute maximum size I'd use to make a habitable world), and your moon should be less than the mass of your planet, but greater than 0.25 earth masses. This may turn your planet and moon into a binary planet system (like Pluto and Charon) so when calculating things such as orbit you may need to find the Baricentre of the two bodies first.

The Youtuber Artifexian has some good information on the topic, in which he explores star system and planetry building using equations (which I am currently compiling into spreadsheets for ease of use).

According to Artifexian's videos, The mass you gave is great (3.5 Earth Masses is the absolute maximum size I'd use to make a habitable world), and your moon should be less than the mass of your planet, but greater than 0.25 earth masses. This may turn your planet and moon into a binary planet system (like Pluto and Charon) so when calculating things such as orbit you may need to find the Baricentre of the two bodies first.

The Youtuber Artifexian https://www.youtube.com/playlist?list=PLduA6tsl3gygXJbq_iQ_5h2yri4WL6zsS has some good information on the topic, in which he explores star system and planetry building using equattions. (which i am currently compiling into spreadsheets for ease of use)

The mass you gave is great (3.5 Earth Masses is the absolute maximum size i'd use to make a habitable world), and your moon should be less than the mass of your planet, but greater than 0.25 earth masses. This may turn your planet and moon into a binary planet system (like Pluto and Charon) so when calculating things such as orbit you may need to find the Baricentre of the two bodies first.

The Youtuber Artifexian has some good information on the topic, in which he explores star system and planetry building using equations (which I am currently compiling into spreadsheets for ease of use).

The mass you gave is great (3.5 Earth Masses is the absolute maximum size I'd use to make a habitable world), and your moon should be less than the mass of your planet, but greater than 0.25 earth masses. This may turn your planet and moon into a binary planet system (like Pluto and Charon) so when calculating things such as orbit you may need to find the Baricentre of the two bodies first.

The Youtuber Artifexian https://www.youtube.com/playlist?list=PLduA6tsl3gygXJbq_iQ_5h2yri4WL6zsS has some good information on the topic, in which he explores star system and planetry building using equattions. (which i am currently compiling into spreadsheets for ease of use)

The mass you gave is great (3.5 Earth Masses is the absolute maximum size i'd use to make a habitable world), and your moon should be less than the mass of your planet, but greater than 0.25 earth masses. This may turn your planet and moon into a binary planet system (like Pluto and Charon) so when calculating things such as orbit you may need to find the Barry Centre of the two bodies first.

The Youtuber Artifexian https://www.youtube.com/playlist?list=PLduA6tsl3gygXJbq_iQ_5h2yri4WL6zsS has some good information on the topic, in which he explores star system and planetry building using equattions. (which i am currently compiling into spreadsheets for ease of use)

The mass you gave is great (3.5 Earth Masses is the absolute maximum size i'd use to make a habitable world), and your moon should be less than the mass of your planet, but greater than 0.25 earth masses. This may turn your planet and moon into a binary planet system (like Pluto and Charon) so when calculating things such as orbit you may need to find the Baricentre of the two bodies first.