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Please give only typed answer

(a) For any one-particle state [o) and any fermion state | V) in 7(", show that (60|V) = 0. This equation means that the probability that a measurement finds two identical fermions in the same state is always zero. (b) Suppose you have two identical particles whose two-particle states satisfy XIV) = -[W/). Particles that behave like this are called fermions. Show that every state of two identical fermions is entangled.(a) For any one-particle state [o) and any fermion state | V) in 7(", show that (60|V) = 0. This equation means that the probability that a measurement finds two identical fermions in the same state is always zero. (b) Suppose you have two identical particles whose two-particle states satisfy XIV) = -[W/). Particles that behave like this are called fermions. Show that every state of two identical fermions is entangled