c) Your subsurface team has determined the following thresholds and defined the associatedevents A and B as:Event A: Porosity ≥ 10.0%Event B: Acoustic Impedance ≤ 30 kg/m²s*10³Provide the following probabilities for the team to support your pre-drill prediction model:i. Prob(AUB)iv. Prob (A U BC)vi. Prob(A | B)ii. Prob(An B)v. Prob(BUBC)iii. Prob (BBC)vi. Prob(A | BC) 3. Marginal, Conditional and Joint Probability: You are on the St. Malo (Gulf of Mexico)reservoir subsurface development team and you have just collected data from a new well.You need to understand the relationship between acoustic impedance and porosity toimprove your predictions of porosity from seismic. You built a joint frequency table forporosity and acoustic impedance as follows:Porosity (%)12.5 12 00010.0 12 3207.5 0353122 4 21 3 1 210 30 50 70 90Acoustic Impedance (kg/m2s*10^3)a) Calculate the joint probability tablePorosity (%)5.0 02.5 012.510.07.55.02.510 30 50 70 90Acoustic Impedance (kg/m2s*10^3)b) Calculate the conditional probability for porosity given acoustic impedance of 70kg/m²s*10³.P(Porosity Al = 70)2.5 5.0 7.5 10.0 12.5Porosity (%)

Here, we are given the number of observations belong to each cell.We also know that the probability…

Answered: c) Your subsurface team has determined…

A First Course in Probability (10th Edition)

10th Edition

ISBN:9780134753119

Author:Sheldon Ross

Publisher:Sheldon Ross

Chapter1: Combinatorial Analysis

Section: Chapter Questions

Problem 1.1P: a. How many different 7-place license plates are possible if the first 2 places are for letters and...

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Should show calculator / technology inputs for work. 1) Assuming 10 degrees of freedom, find the following probability (to 2 decimals). P(T > 0.879) 2) Assuming 9 degrees of freedom, find the following probability (to 2 decimals). P(T k) = 0.02. k (Round to 3 decimals.) 4) Assuming 13 degrees of freedom, find the value of k such that P(T < k) = 0.04. k (Round to 3 decimals.)
2) Assume that x has a normal distribution with the specified mean and standard deviation. Find the indicated probabilities. (Tips: Find the value for z; then, use the table) a) P(x 92); µ = 85; o = 8 c) P(16< x < 22); µ = 15; o = 4
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time, i.e. P(μx-ox ≤ x ≤ μx + 0x). 3. Suppose that people heights are normally distributed with mean of 170 cm and standard deviation of 6 cm. a) What proportion of people are between 165 cm and 175 cm tall? b) Find the minimum ceiling of an airplane such that at most 5% of people walking down the aisle will have to duck. E c) Find the probability that the average height of a random sample of 49 people is greater than 172 cm. 80 F3 4 R % 5 T F6 Y 1 & 7 K ard deviation of the expected U 8 DII
T-Mobile Wi-Fi ? O 12:05 PM • 54% Done 3 of 17 > O9e e aO FOU FO FOU OO T FEU O FU M FOU O a FDI FOU www F. FIL GNG + M XM udent.desmos.com/activitybuilder/student/607cd3ate7ce2849451466b5#screenidx=13 se Connec. O Empleyment Center Login Sessian Expiration. Clara Destiny sho. + Login Session Expiration. b Selling Associate.. Sian in P P view Portrah Preo.. O Nursing: Tradition. sson 8: Not Always Ideal < 13 cf 15 When Elena throws a shot put during track and field practice, it travels an average of 26 feet with a standard deviation of 3 feet, and the distribution of lengths is approximately normal. Approximately what percentage of her shots will travel less than 23 feet? The weight of each cookie in a batch of a certain type of commercially produced cookie follows an approximately normal distribution with a mean of 11.32 grams and a standard deviation of 0.03 grams. Approximately what percent of the cookies weigh between 11.32 and 11.35 grams? Share with Class Submit ఉ %23 #3 6. 4 2.…
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