Reliability can be calculated considering first the reliabilty
of part A,B and C as described in the attached diagram. Part A,B
and C are separately themselves in parallel so as per the formula
for reliability in parallel it is calculated. Further A,B and C are
in series so reliability calculation for series is applied to get
the system reliability which is 0.996 (approx.). This is the
answer.
Problem 1: Calculate the reliability for the following in two ways: 0.95 0.95 0.95 0.90 0.90...
Problem 4 (10 points) Calculate the overall reliability of the following system (show calculation to receive credit): 0.90 0.95 0.95 0.95
1. A system has an overall reliability of 0.90. a. Calculate the overall Unreliability of the system. b. Calculate the reliability of a new system with two subsystems in series each with a reliability of 0.90. c. Calculate the reliability of a new system with two subsystems in parallel (back-up) each with a reliability of 0.90. d. Calculate the overall reliability of a system with two subsystems in series with the first subsystem reliability of 0.8 and second system reliability...
A company produces a product consisting of two components arranged as follows: R R2 If both components must function for the product to function, then the two components would need individual reliabilities of to achieve an overall reliability of 0.90. a R=0.90 and R2=0.90 b. R=0.95 and R2 +0.95 c. Ri=0.80 and R2 = 0.80 d. Ri=0.85 and R2=0.85
What is the reliability that bank loans will be processed
accurately if each of the five clerks shown in the chart has the
reliability shown?
What is the reliability that bank loans will be processed
accurately if each of the five clerks shown in the chart has the
reliability shown?
Bookshelf Onl × Chapter 5 Exe e Financial Stat x e The Controlle x-e The Records- x-e For Each Of TX · Stgtealh Secure | https://online.vitalsource.com/#/books/9780134616322/cfi/6/1 6481/4/2/6/16/2/4/2@0:78.9 ::: Apps「ASUS E...
Satellite Communications. Refer two the following potential transmitter configurations and calculate the overall reliability of each configuration. There is an additional cross-strapping switch in the second configuration. Does this improve the reliability? First diagram: TWTA R-0.85 EPC R-0.9 SWITCH R=0.99 TWTA R=0.85 R=0.9 Second diagram: TWTA R-0.85 R-0.9 SWITCH R=0.99 SWITCH R-0.99 TWTA R-0.85 はt: R=0.9
A system consists of the following units: The reliability of the initial X unit is 0.95. The other four Y units are identical. If the system reliability goal is 0.92, what is the minimum reliability that each of the Y units must have?
2 = 34.7, df = 21 0.75 <P<0.90 0.025 <P<0.05 0.90 < P<0.95 О 0.05<P<0.10 UESTIONS Given the test statistic and degrees of freedom, find the p-value range (area to the right) that is the best choice. X2=2.76, df = 6 O 0.025 <P<0.05 0.05<P<0.10 0.90 <P<0.95 0.75 <P<0.90 QUESTION 6 When making inferences concerning the mean difference using two dependent samples, it is necessary to calculate the standard deviation of the sample differences Calculate the standard deviation of the...
Problem 2: Consider an assembly of 3 major components: electromotor (EM), pump (PIP) and valve (V/V). The EM and pump come always together. Valve is separate EM P/P VV We buy the EM-Pump assembly from Germany, China, and USA. We run the German set and the others from USA and China 'as backup. The reliability given by the manufacturer from these countries are: Germany: 0.95 for each of the EM and the Pump USA: 0.90 for each of the EM...
Problem 2: Consider an assembly of 3 major components: electromotor (EM), pump (P/P) and valve (V/V). The EM and pump come always together. EM P/P V/v Valve is separate We buy the EM-Pump assembly from Germany, China, and USA. We run the German set and the others from USA and China 'as backup. The reliability given by the manufacturer from these countries are: Germany: 0.95 for each of the EM and the Pump! USA: 0.90 for each of the EM...
Find the compound given this spectra.
0.75 0.80 0.85 0.90 0.95 2889.88 2671.29 1679.40 1606.22 1528.92- 1490.16 1417.55- 440A 1366.11 1294.07 150.52 1074.63- 914.68 2 862.01 780.92-796.05. 731.45 689.21 555.28 422.80-
0.75 0.80 0.85 0.90 0.95 2889.88 2671.29 1679.40 1606.22 1528.92- 1490.16 1417.55- 440A 1366.11 1294.07 150.52 1074.63- 914.68 2 862.01 780.92-796.05. 731.45 689.21 555.28 422.80-