Step-by-step explanation:
The mass of the Earth, [tex]m_E=6\times 10^{24}\ kg[/tex]
The mass of the Moon, [tex]m_M=7\times 10^{22}\ kg[/tex]
The mass of Jupiter, [tex]m_J=2\times 10^{27}\ kg[/tex]
Dividing the mass of Earth and the mass of Moon,
[tex]\dfrac{m_E}{m_M}=\dfrac{6\times 10^{24}}{7\times 10^{22}}\\\\\dfrac{m_E}{m_M}=85.71\\\\m_E=85.71\times m_M[/tex]
So, the mass of Earth is 85.71 times the mass of the Moon.
Dividing the mass of Jupiter and the mass of Earh,
[tex]\dfrac{m_J}{m_E}=\dfrac{2\times 10^{27}}{6\times 10^{24}}\\\\\dfrac{m_J}{m_E}=85.71\\\\m_J=333.33\times m_E[/tex]
So, the mass of Jupiter is 333.33 times the mass of Earth.
