Answer:
[tex]49.6\times 10^5\ kg[/tex]
[tex]48.6\times 10^6\ N[/tex]
[tex]80.1\times 10^5\ N[/tex]
[tex]49.6\times 10^5\ kg[/tex]
Explanation:
[tex]1\ slug=14.5939\ kg[/tex]
[tex]340\times 10^3\ slug=340\times 10^3\times 14.5939=4961926\ kg[/tex]
The mass in SI unit is [tex]49.6\times 10^5\ kg[/tex]
Weight would be
[tex]W=mg\\\Rightarrow W=4961926\times 9.81\\\Rightarrow W=48676494.06\ N[/tex]
The weight in SI unit is [tex]48.6\times 10^6\ N[/tex]
[tex]1\ ft/s^2=0.3048\ m/s^2[/tex]
[tex]5.30\ ft/s^2=5.30\times 0.3048=1.61544\ m/s^2[/tex]
[tex]W=mg\\\Rightarrow W=4961926\times 1.61544\\\Rightarrow W=8015693.73744\ N[/tex]
The weight on the moon is [tex]80.1\times 10^5\ N[/tex]
The mass of an object is same anywhere in the universe.
So, the mass of the rocket on Moon is [tex]49.6\times 10^5\ kg[/tex]