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70 kg passenger is in a car moving at 36 km/h that crashes into a tree and stops in 0.22 3. What is the magnitude of the average force of the seat belt on ie passenger to bring them to a halt? Treat the direction of motion to be positive Include units as appropriate. This question contains multiple parts: (a) to (c). A large ship has a momentum of 1'40e + 09 kg m/s while travelling at a speed of 480 km/h. Include units as appropriate (3) What is the mass of the ship? m=| This question is a continuation from the previous question. A large ship has a momentum of 1.40s + 09 kg m/s while travelling at a speed of 48.0 km/h. Include units as appropriate In part (a) we found the mass of the ship. (b) What is the momentum of a shell of mass 1100 kg fired horizontally from the bow of the ship at a speed of 1500 m/s relative to the shore? p: This question is a continuation from the previous question. A large ship has a momentum of 1.40s + 09 kg m/s while travelling at a speed relative to the shore of 48.0 km/h, Include units as appropriate. In part (a) we found the mass of the ship In part (b) we found the momentum of a shell of mass 1100 kg fired horizontally from the bow of the ship at a speed of 1500 m/s relative to the shore. (c) How much slower is the ship traveling after firing the shell? Av: If the Sun were to disappear right now, eight minutes and 30 seconds later, the Earth would travel along a straight-line path. Calculate the magnitude of the linear momentum of the Earth assuming its orbital radius takes the average value of 1,50e + 11 m and the known duration of a year. Include units as appropriate I)