Given that the moon-earth distance varies, these planets would, twice a month at around the half moon, fit in exactly with no space left over
It varies between 360000km and 405000km ish https://en.wikipedia.org/wiki/Lunar_distance
It varies between 360000km and 405000km ish https://en.wikipedia.org/wiki/Lunar_distance
https://science.nasa.gov/resource/solar-system-sizes/
The lunar distance from the Wikipedia entry is from center of earth to center of moon, so if we want to be more precise we would need to subtract the radius of both earth (6371 km) and moon (1737 km), in order to find the distance between their surfaces.
So on average we have: distance from surface of earth to the moon = average lunar distance earth radius - lunar radius = 384399 - 6371 - 1737 = 376291 km
Which means that putting all the planets side by side, starting from the surface of the earth, we could fit them but not on an average day, we’d need the moon to be a bit above the average distance :-)