A small radioactive point source located in the middle of a large pool of water emits one billion neutrons per second. If the average energy of the neutrons is 1 MeV, what is the intensity of the neutron ux 1 m from the point source?

Suppose the pool of water in the previous problem is drained, and all of the air is removed from the pool. If the average energy of the neutrons remains the same, what is the intensity of the neutron ux at a distance of 1 m from the point source if the region within the pool can be considered to be a complete vacuum?

Previous problem

Suppose that the pool of water in the previous problem is drained, and the water in the pool is replaced with ordinary air. If the average energy of the neutrons is still 1 MeV, what is the intensity of the neutron ux 1 m from the point source?

Previous problem

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A small radioactive point source located in the middle of a large pool of water emits one billion neutrons per second. If the average energy of the neutrons is 1 MeV, what is the intensity of the neutron ux 1 m from the point source?

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