Numerade

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A 180 m building stands on a 30° incline. Wind coming down off the mountain traveling parallel to the slope effectively applies a force of 80,000 N at the geometrical center of the building. What is the magnitude of the torque generated by the wind about the bottom of the building? Select one: a. 1.25 × 107 N⋅m b. 3.60 × 106 N⋅m c. 6.24 × 106 N⋅m d. 7.20 × 106 N⋅m

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Which of the following are symptoms of sleep deprivation? Multiple select question. craving food at bedtime falling asleep very quickly daytime drowsiness fatigue after vigorous exercise

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Explain what plane of movement is being used when arms move anterior-posterior from anatomical position (like if you were a soldier marching.)

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What role do enteral and parenteral nutrition play in patients with intestinal failure?

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_(_____ refers to the vulnerability faced by women who increasingly bear the burden of economic inequality. The globalization of the South Feminization of poverty Gendering of the economy State feminism)

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Themistocles’ strategy, for all citizens to abandon their homes and Athens, and the men embark on the triremes at sea gathering at Salamis, was remarkable for many reasons. What did it require of the democratic Athenian people to an extraordinary degree? Group of answer choices panic fear response obstinacy self-sacrifice

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As activation energy increases, what happens to k? k increases k decreases k does not change

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A retailer obtains a product at a unit cost of $21.30 and sells it for $57.90. Determine the rate of markup on cost. Multiple Choice 171.83% 71.83% 36.79% 63.21% 142.56%

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Texts: Can you solve this question, please? Can you answer in a way that you understand the question, or can you create a question that is expected to be asked based on what I have provided? Question 1 [10.0 points]: Figure 1: Traffic Engineering with OpenFlow Figure 1 reveals a network where the traffic flowing from the first host, which is attached to router U, to the server, which is attached to router Z, needs to be routed along the path UXW2. Meanwhile, the traffic flowing from the second host, attached to router X, to the server, attached to router Z, needs to be routed along the path [path not provided]. Please describe the local flow table of each of the traffic flows according to the constraints described above. The following IP addresses will be used for the two hosts and the server. The first host belongs to the subnetwork 10.1.0.0/16. It is attached to router U and has an IP address of 10.1.0.1. The second host belongs to subnetwork 10.5.0.0/16. It is attached to router X and has an IP address of 10.5.0.1. The server belongs to the subnetwork 10.11.0.0/16. It is attached to router Z and has an IP address of 10.11.0.1. Note that you can build upon the OpenFlow example at the end of Chapter 4 to answer this question. The example is presented below. OpenFlow Example: Datagrams from hosts h5 and h6 should be sent to h3 or h4 via s1 and from there to s2. malch IPSrc=10.3 forward(3) 10.1.0.1 action Host h3 10203 forward(3) IPS 10.3 IPDst=10.2 nra(4) (tpe

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QUESTION 1(20 MARKS) A stress system is shown in Figure 1. Calculate: 1.1 From first principles, the magnitude of the shear stress $\tau_{xy}$ 1.2 The angle $\theta$ 1.3 The magnitude of the principal stresses and maximum shear stress, and 1.4 Calculate the orientation angles of the principal planes and the maximum shear stress plane. 60 MPa 80 MPa C A Figure 1 90 MPa A 100 MPa

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alejandro h.