Engineering

Question 1

Determine the yield moment My, the Plastic Mp and the plastic modulus Z for the simply supported beam having the X-section as given. Also calculate the shape factor, Calculate nominal load P. acting transversely through the mid span of the beam. Assume the Fy=36 ksi

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Determine the yield moment My, the Plastic Mp and the plastic modulus Z for the simply supported beam having the X-section as given. Also calculate the shape factor, Calculate nominal load P. acting transversely through the mid span of the ...

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Question 2

*4.1.12. Ammonia is a gas for which reliable analytical methods are available to determine its concentration in other gases. To measure flow in a natural-gas pipeline, pure ammonia gas is injected into the pipeline at a constant rate of 72.3 kg/min for 12 min. Five miles downstream from the injection point, the steady-state ammonia concentration is found to be 0.382 wt %. The gas upstream from the point of ammonia injection contains no measurable ammonia. How many kilograms of natural gas are flowing through the pipeline per hour?

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*4.1.12. Ammonia is a gas for which reliable analytical methods are available to determine its concentration in other gases. To measure flow in a natural-gas pipeline, pure ammonia gas is injected into the pipeline at a constant rate of 72.3 ...

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Question 3

*4.1.4. Figure P4.1.4 is a sketch of an artificial kidney, a medical device used to remove waste metabolites from the blood in cases of kidney malfunction. The dialyzing fluid passes across a hollow membrane, and the waste products diffuse from the blood into the dialyzing fluid.If the blood entering the unit flows at the rate of 220 mL/min, and the blood exiting the unit flows at the rate of 215 mL/min, how much water and urea (the main waste product) pass into the dialysate if the entering concentration of urea is 2.30 mg/mL and the exit concentration of urea is 1.70 mg/mL? If the dialyzing fluid flows into the unit at the rate of 1500 mL/min, what is the concentration of the urea in the dialysate?

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*4.1.4. Figure P4.1.4 is a sketch of an artificial kidney, a medical device used to remove waste metabolites from the blood in cases of kidney malfunction. The dialyzing fluid passes across a hollow membrane, and the waste products diffuse from ...

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Question 4

1.For the open-loop system a)Find the discrete state-space representation assuming there is a ZOH and the sample period T=0.5 sec. b)Find the full state digital feedback that provides equivalent s-plane poles at rad/sec with 0.5. c)Examine the response of the closed-loop system to an initial value of y and verify that the response is consistent with the desired poles.

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1.For the open-loop system a)Find the discrete state-space representation assuming there is a ZOH and the sample period T=0.5 sec. b)Find the full state digital feedback that provides equivalent s-plane poles at rad/sec with 0.5. c)Examine the response of the ...

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Question 5

1.For the open-loop system a)Find the discrete state-space representation assuming there is a ZOH and the sample period T=0.5 sec. b)Find the full state digital feedback that provides equivalent s-plane poles at rad/sec with 0.5. c)Examine the response of the closed-loop system to an initial value of y and verify that the response is consistent with the desired poles.

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1.For the open-loop system a)Find the discrete state-space representation assuming there is a ZOH and the sample period T=0.5 sec. b)Find the full state digital feedback that provides equivalent s-plane poles at rad/sec with 0.5. c)Examine the response of the ...

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Question 6

a)Find the discrete state-space representation assuming there is a ZOH and the sample period T=0.5 sec. b)Find the full state digital feedback that provides equivalent s-plane poles at rad/sec with 0.5. c)Examine the response of the closed-loop system to an initial value of y and verify that the response is consistent with the desired poles.

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a)Find the discrete state-space representation assuming there is a ZOH and the sample period T=0.5 sec. b)Find the full state digital feedback that provides equivalent s-plane poles at rad/sec with 0.5. c)Examine the response of the closed-loop system to an initial value of y and verify that the response is consistent with the desired poles.

Find the discrete state-space representation assuming there is a ZOH and the sample period T=0.5 sec. Find the full state digital feedback that provides equivalent s-plane poles at rad/sec with 5. Examine the response of the closed-loop system to ...

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Question 7

1.For the open-loop system a)Find the discrete state-space representation assuming there is a ZOH and the sample period T=0.5 sec.

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1.For the open-loop system a)Find the discrete state-space representation assuming there is a ZOH and the sample period T=0.5 sec.

For the open-loop system Find the discrete state-space representation assuming there is a ZOH and the sample period T=0.5 sec. Find the full state digital feedback that provides equivalent s-plane poles at rad/sec with 5. Examine the response of the closed-loop ...

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Question 8

For the open-loop system a)Find the discrete state-space representation assuming there is a ZOH and the sample period T=0.5 sec.

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For the open-loop system a)Find the discrete state-space representation assuming there is a ZOH and the sample period T=0.5 sec.

For the open-loop system Find the discrete state-space representation assuming there is a ZOH and the sample period T=0.5 sec. Find the full state digital feedback that provides equivalent s-plane poles at rad/sec with 5. Examine the response of the closed-loop system to ...

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Question 9

1.For the open-loop system a)Find the discrete state-space representation assuming there is a ZOH and the sample period T=0.5 sec.

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For the open-loop system Find the discrete state-space representation assuming there is a ZOH and the sample period T=0.5 sec. Find the full state digital feedback that provides equivalent s-plane poles at rad/sec with 5. Examine the response of the ...

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Question 10

Developaladderprogramforwoodsawcutter. ● A wood saw cutter (W), a fan (F) and a lubrication pump (P) turns on when a START push buttonispushed.Followingisthestoppingsequence: ● STOP push-button stops the saw only before fan stops it should run for an additional 5 sec to blowthechipsawayandalsothetubepumpistorunfor8sec. ● Additionally, before it stops. if the saw has run more than 1 min, the fan should stay ON indefinitely.ThefanmaybeturnedOFFbypushingaseparatefanresetswitch.

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Developaladderprogramforwoodsawcutter. ● A wood saw cutter (W), a fan (F) and a lubrication pump (P) turns on when a START push buttonispushed.Followingisthestoppingsequence: ● STOP push-button stops the saw only before fan stops it should run for an additional 5 sec ...

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