Solution 1 HOMEWORK 4 STAT 305B Spring 2016 Due 3 10 R Name_________________________________________ PROBLEM 1 35pts See book Problem 5 55 on p 183 In an
Solution HOMEWORK STAT B Spring Due R Name PROBLEM pts See book Problem on
Solution HOMEWORK STAT B Spring Due R Name PROBLEM pts
B Spring Due R Name PROBLEM pts See book Problem on p In an
Solution HOMEWORK STAT B Spring Due R Name PROBLEM
pts See book Problem on p In an
Solution HOMEWORK STAT B Spring Due R
Solution HOMEWORK STAT
(Solution) 1 HOMEWORK 4 STAT 305B Spring 2016 Due 3/10(R) Name_________________________________________ PROBLEM 1 (35pts) [See book Problem 5-55 on p.183] In an...

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Please answers the questions in the attached file.1 HOMEWORK 4 STAT 305B Spring 2016 Due 3/10(R) Name_________________________________________ PROBLEM 1 (35pts) [See book Problem 5-55 on p.183] In an acid-base titration, a base or acid is gradually added to the other until they have completely neutralized each other. Let X and Y denote (the act of measuring) the milliliters of acid and base, respsectively, needed for equivalence. Assume that ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? ? 2 2 2 5 , 100 120 ~ ) , ( XY XY N Y X ? ? . (a)(5pts) For 6 . 0 ? XY ? find XY ? . Solution : (b)(5pts) Find ] 116 Pr[ ? X . Solution : (c)(10pts) Find ] 102 | 116 Pr[ ? ? Y X . Solution : (d)(5pts) Find ] 96 118 Pr[ ? ? ? Y X . To this end, write a Matlab code that uses the Matlab command ‘mvncdf’. Include your code HERE. Solution : (e)(10pts) Find ] 104 96 122 118 Pr[ ? ? ? ? ? Y X . To this end, (i) show the event as a shaded area in an x-y plot. Then (ii) write a Matlab code that uses the Matlab command ‘mvncdf’. Include your code HERE. Solution : Figure 1(e) Plot showing the event.