(a) If the system is initially running, what is the probability of the system being dovin in the next hour of operation? (b) What are the steady-state probabilties of the system being in the running state and in the down state? Running ", Down Need Help? Submit Answer

Q: 3 -4- -0- 4. 2.

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Q: 2. 3. 8. 5.

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Q: 8. 8. 3/ 2.

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Q: Evaluate. 5(41)

A: We need to evaluate the value of 5(4!)

Q: 12 5(.8)0

A: We can solve given problem by using G.P series.

Q: 12 X-

A: The solution is given below

Q: 4(2w-5) = 5w + 4 %3D

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Q: N. 15 12

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Q: Suppose that 103 Σ ai = 19 and i=1 103 i=1 b₁ = 18. Compute the sum.

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Q: 8 14

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Q: 6. 6. х 14

A: Given: 9x=x14

Q: ne distance between the points on the gi

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Q: 2.)(-6)-(5(1-3)-6)-4+9)

A: The given equation is as  (-6)-(5((-3)-6)-(-4)+9)

Q: 5. 20 52

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Q: 3. 18

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Q: 4.122

A: Given Information: a) Suppose each lot contains 10 items, you decide to sample 4 items per lot and…

Q: 10 4 2.

A: Solution-

Q: Identify the postulate for each drawing

A: Identify the postulates for each drawing

Q: 6. 4 Z+ 1 z+ 7 2.

A: Given,  4/(z + 1)  =  2/(z + 7)  To find value of z.

Q: 6. 3 (2s+5)³

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Q: 30 40 8.

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Q: 14 and 16

A: “Since you have asked multiple questions, we will solve the first question for you. If you want any…

Q: 12 10 6. X%=

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Q: The columns of Q were obtained by applying the Gram-Schmidt process to the columns of A. Find an…

A: Solution by using Gram-Schmidt process as follows :

Q: 39. 2

A: according to given figure given function is decreasing in it's domain

Q: 3 3/4 + 2 7/28

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