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Q: Q3: Find the eigenvalues and the eigenstates of Sy
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Q: what's the suitable way to find velocity uncertainty?
A: ques:what's the suitable way to find velocity uncertainty?
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Q: hd Px 5. Evaluate the following commutators: (Remember that i dx ). (a) [x.y] (b) [x.px] (c) [px.pyl
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Q: Employ these relations to determine (E) and (): av
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Q: 4 - A car drives 73 m [W] to a stop sign. It then continues on for a displacement of 46 m [W]. Use a…
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- (2) The natural independent variables for U are (S,V), from dU = TdS – pdV. U = U (S, V) = gives simple expressions for T and p as T instead. Show that U = (24) ² and P: == where f(V) is an unknown function of V. U (V, T) leads to a much more complicated expression for p, namely dT F = S (2 V ) , I/7/71 T² au (). Suppose you use (V,T) S + ƒ(V),Prove the following relation. [kl] ds со € (P) P + * (7), dP = T P 1 dvPlease show all work and circle yoour answer. Thank you
- What is the approximate uncertainty in the mass of a muon, as determined from its decay lifetime?show explicitly the computations and how do you obtain the valuesA lead atom (radius = 175 pm) isaccelerated to 0.94c in a particleaccelerator at the Brookhaven NationalLaboratory in New York. Determine thethickness of the atom, measuredfront-to-back, that researchers willobserve in their rest frame.