In three boxes are capacitors as shown in Table below. An experiment consists of firstrandomly selecting a box, assuming each has the same likelihood of selecting, and thenselecting a capacitor from the chosen box.dwomIssigoloid, tot bozu12501810Juo lioga(a) what is the probability of selecting a 0.01 µF capacitor, given that box 2 is selected?onsor(b) If a 0.01 µF capacitor is selected, what is the probability it came from box 3? (Use Bayes'and total probability theorems.)toga vimobusgenusNumber of boxValue(μFTotalsutius123201one slamne si 1900bliot0.01209525140BY FER0.155357517080145Total145210245to xed s moi borosloa vimounst ar wolad ongi ni31165295600

Answered: In three boxes are capacitors as shown…

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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Using the following hypotheses: HO: μ ≥ 250 HA: μ< 250 If you select a random sample of 100, o = 20 and you are using a = 0.025, compute the probability of a Type II error if the population mean is actually 245. Type II Error =
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Question 1 T POST OFFICE According to a USPS study, the weight of a randomly selected shipment box has unknown distribution with a mean of 22.7 lbs and a standard deviation of 4.5 lbs. Let X be the weight of a randomly selected shipment box and let S be the total weight of a random sample of size 9. 1. Describe the probability distribution of X and state its parameters and σ: X- ~Select an answer (μl Select an answer B unknown T N X² J = and find the probability that the weight of a randomly selected shipment box is between 12 and 13 lbs. (Round the answer to 4 decimal places) 2. Explain why the Central Limit Theorem cannot be used Select an answer Select an answer the original population is normally distributed although the sample size is small (n30) the sample size is large (n>30) although the distribution of the original populaiton is unknown
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ol 106. Use the two scenarios presented in Figure 7.12 to answer the following question about the two sources of variability in ANOVA. 3.5 3.0 2.5 2.0 1.5 (i) HA: P₁ P2 ‡ P3 (iii) HA not all proportions are equal to this po 1.0 Figure 7.12: Within vs Between Variability in ANOVA onnisth Scenario A L (d) Recall that, O 2 H 3 2.05 2.10 2.15 2.20 2.25 2.30 2.35 (ii) Ho: M₁ M₂ = μ3 sans are (iv) HA: not all means are equal 720 qeaoluet alt sot mol 4 mobor 2924 (6) 2 3 4 gob za aim onbala (1) di batt (9) w-qodt fonqtotal bac o2 (6) (Troy ote12. (0) (a) Which scenario provides stronger evidence that the difference in factor level means represents true differences in the population means? Explain why in your own words. Scenario B 1 = stogol 05 O 1 oftaltete fest out of sulav gris I (b) Which scenario exhibits more variability within each factor level? Is this measured by SSError or SSFactor? Agulow (c) Which scenario exhibits more variability between each factor level? Is this measured by…
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Question 10
A hypothesis test is conducted with H0:μ=41H0:μ=41 and H1:μ<41H1:μ<41. A simple random sample of size n=43n=43 is drawn, with ¯x=31x¯=31, and s=16s=16. Determine the P-value. (Round to four decimals places.)
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