The homogeneous wire ABCD is bent as shown and is attached to a hinge at C. Determine the length L that results in portion BCD of the wire being horizontal. + 200 mm -L· В D 150 mm A

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A: M=79 kg

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Q: In the case of the street light as shown in the diagram, the weight of the light is 80 N. The length…

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Q: 2. Referring to the figure below, the stress in either wire is not to exceed 30 ksi. The cross-…

A: Given,Stress=30 ksiarea of AB=0.4 in2Area of AC=0.5 in2

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Q: e)Differentiate between conservative and non conservative forceś.

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Q: A = +10.0u î + 28.0u k B = -22.0u î+ 15.0u j+32.0u k Find the cross product, A x B.

A: Given A=+10.0u i^+0.00u j^ + 28.0u k^B=-22.0u i^+15.0u j^ + 32.0u k^

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Q: B= 4.0 mT | = 2.6 A L=0.65 m Find the force on wire and direction for force?

A: Magnetic field (B) = 4 mT , into the pageCurrent (I) = 2.6 A , towards leftLength (L) = 0.65 m

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Q: 2. Referring to the figure below, the stress in either wire is not to exceed 30 ksi. The cross-…

A: Given data- Maximum stress=30 ksi Cross sectional area of wires AB=0.4 in2 and wire AC=0.5 in2

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Q: In the case of the street light as shown in the diagram, the weight of the light is 80 N. The length…

A: Given,Weight of the light = 80 NThe length of the uniform beam, L = 1.5 mThe mass of the beam, M = 5…