step by step explanation required

SECTION D: OSCILLATIONS and COLLISIONS, CONSERVATION AND FIELDS 6. The surface pressure on an exoplanet is 100 atm {where 1 atm = 1.013x105 Pa), and the acceleration dua to gravity on the exoplanet is 1.200 g. In an exploratory mission, an upright cylindrical tank of fuel (with density 1.00x103 kg m'a) is sealed at the top but still pressurised at. 100 atm just above the fuel. The tank has a diameter of 2.00 m, and the fuel column is 10.0 m tall. (a) Calculate the total force that is exerted at the inside surface at the bottom of the tank. [5 marks] (b) Calculate the force the exoplanet atmosphere exerts on the outside surface at the bottom of the tank. [3 marks] (c) Calculate the total inward force the atmosphere exerts on the vertical walls of the tank. [3 marks] (d) By considering the forces exerted on the tank, comment on whether the tank could be constructed from conventional materials such as steel. [4 marks]