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Block A in Fig. 2 weighs 1.90 N, and block B weighs 4.20 N. The coefficient of kinetic friction between all surfaces is 0.30 and applied force 𝐹 ⃗⃗⃗ has magnitude of 10N. Block A and block B are connected by a light, flexible cord passing around a fixed, frictionless pulley. (a) Draw a complete free body diagram. (b) Find the acceleration of the block B.
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A power plant has three generating units each rated at 7500 KVA with 15% reactance. The plant is protected by a tie-bar system. With reactances rated at 7500 MVA and 6%, determine the fault KVA when a short circuit occurs on one of the sections of bus bars. If the reactors were not present what would be the fault KVA
A power plant has three generating units each rated at 7500 KVA with 15% reactance. The plant is protected by a tie-bar system. With reactances rated at 7500 MVA and 6%, determine the fault KVA when a short circuit occurs ...

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A power plant has three generating units each rated at 7500 KVA with 15% reactance. The plant is protected by a tie-bar system. With reactances rated at 7500 MVA and 6%, determine the fault KVA when a short circuit occurs on one of the sections of bus bars. If the reactors were not present what would be the fault KVA
A power plant has three generating units each rated at 7500 KVA with 15% reactance. The plant is protected by a tie-bar system. With reactances rated at 7500 MVA and 6%, determine the fault KVA when a short circuit occurs ...

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A lift calling system is to be programmed for an organization building having 6 floors. The CEO of the organization sits at the 3rd floor. The marketing head sits at the 1st floor and the staffs of the organization sit ...

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Design a hardware controller for the state diagram shown Use two D flipflops and a simple binary states for the flip flops as shown in the diagram. Show the input equations forboth of the flip flops.
Design a hardware controller for the state diagram shown Use two D flipflops and a simple binary states for the flip flops as shown in the diagram. Show the input equations forboth of the flip flops.

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Question: Problem 1 The second-order system state-space representation is shown below x˙=[−1010∗k2k−1]×x(t)+[1k]×u(t)y(t)=k×x(t)+u(t) where k∈R. –
• Obtain the possible set of values of k in which the system is asymptotically stable? • Obtain the possible set of values of k in which the system is unstable? • Obtain the possible set of values of k ...

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A TE10 mode propagates between two parallel planes separated by a distance of 0.25 m. The planes are lossy and have a conductivity of 5 × 107 S/m. If the maximum electric field strength between the planes is 1000 V/m, determine the power loss per square meter on each plate when the operating frequency is 2 GHz. u will be sure to find an answer!
A TE10 mode propagates between two parallel planes separated by a distance of 0.25 m. The planes are lossy and have a conductivity of 5 × 107 S/m. If the maximum electric field strength between the planes is 1000 V/m, ...

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From a reservoir 1,200 m away, a 15-cm-diameter main pipe supplies water to six multistory buildings in an industrial park. The reservoir is 80 m above the datum elevation. The positions of 142 Pipelines and Pipe Networks Chap. 4 the buildings are shown in Figure P4.6.7. The height and the water demand of each building are as follows: Buildings Height (m) ater Demand (L/sec) A 9.4 5.0 B 8.1 6.0 C 3.2 3.5 D 6.0 8.8 E 9.6 8.0 F 4.5 10.0 WII 100 m Gate valve 70 m 80 m 1200 m, 15 cmo 120 m 100 m Main pipe 80 m 80 m 130 m 70 m Figure P4.6.7 If commercial steel pipes are used for the network (downstream from the junction J), what is the correct size of each pipeline? A gate valve (K = 0.15 when fully opened) is installed in the main pipe immediately upstream from the junction J. Determine the material to be used for the main pipe. Determine the water hammer pressure if the valve is suddenly closed. What must the minimum wall thickness of the pipe be to withstand the pressure?
From a reservoir 1,200 m away, a 15-cm-diameter main pipe supplies water to six multistory buildings in an industrial park. The reservoir is 80 m above the datum elevation. The positions of 142 Pipelines and Pipe Networks Chap. 4 the ...

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