From distribution to interval. (a) (mu sim phi_{(14,3)}). Find (I_{0.025, l}^{mu}) and (I_{0.025, r}^{mu}) and (I_{0.05}^{mu}). (b)
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From distribution to interval.
(a) \(\mu \sim \phi_{(14,3)}\). Find \(I_{0.025, l}^{\mu}\) and \(I_{0.025, r}^{\mu}\) and \(I_{0.05}^{\mu}\).
(b) \(\mu \sim \phi_{(-4.3,7.2)}\). Find \(I_{0.005, l}^{\mu}\) and \(I_{0.005, r}^{\mu}\) and \(I_{0.01}^{\mu}\).
(c) \(\mu \sim \phi_{(48, \sqrt{19})}\). Find \(I_{0.1}^{\mu}\).
(d) \(X_{+} \sim \phi_{(0.018,0.000134)}\). Find \(I_{0.005}^{+}\).
(e) \(\mu \sim \phi_{(4.3,-7.2)}\). Find \(I_{0.03}^{\mu}\).
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Related Book For
The Bayesian Way Introductory Statistics For Economists And Engineers
ISBN: 9781119246879
1st Edition
Authors: Svein Olav Nyberg
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