The team is going to monitor water
temperature, salinity, Ph, etc. To do this, the team is going to use an instrument package
contained in a hollow, aluminum sphere. The aluminum sphere has an outer diameter of 1.00 m
and a thickness of 1.00 mm. (Use 2.70 g/cc for the density of the aluminum) The aluminum
sphere will be supported by a tether connected to a solid Styrofoam sphere that is also of 1.00 m
diameter. (Use 300.0 kg/m3 for the density of Styrofoam)
A) Your task is calculate the maximum weight that the instrument package can be

Question

The team is going to monitor water
temperature, salinity, Ph, etc. To do this, the team is going to use an instrument package
contained in a hollow, aluminum sphere. The aluminum sphere has an outer diameter of 1.00 m
and a thickness of 1.00 mm. (Use 2.70 g/cc for the density of the aluminum) The aluminum
sphere will be supported by a tether connected to a solid Styrofoam sphere that is also of 1.00 m
diameter. (Use 300.0 kg/m3 for the density of Styrofoam)
A) Your task is calculate the maximum weight that the instrument package can be