Describe classification of force. Tell about principle of transmissibility.What are rectangular components of force? Identify the rectangularQ: 1Q: 2components of force in two-dimensional system.Q: 3Differentiate between moment and couple? Describe moment and couplein three-dimensional system.Describe the methodology used to formulate and solve statics problems.Determine the weight in newtons of small aeroplan model whose mass isQ: 4|Q: 51800 kg. Convert the mass of aeroplan model to slugs and then determineits weight in pounds.

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Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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statics of rigid bodies. pls answer thank u!5
(2) A 30° MK = 0.45 Мк G B MA= 1 = 2 ку .8 kg - In the above arrangement of two blocks and card, the blocks start Use PWE to at rest, and the pulleys are frictionless. Find VA (mag and direc) after may assume that the card tension You B has descended by 0.65 m. is constant. You will need to use NSL to relate N₁ to WA E=mAg), NA and you Should show all the steps of this preliminary step also.
You are moving to a new place and to go faster, you are pushing with a force P, two boxes at the same time. Your homogenous box 1, on the top has dimensions I₁=1.5m, h₁= 1.6m and a mass of m₁=12kg Your homogenous box 2, on the top has dimensions 1₂=2.4m, h₂= 2.8m and a mass of m2=19kg The coefficient of static friction between the 2 boxes is $12 = 0.34. The coefficient of static friction between box 2 and the ground is SG2 =0.25. Analyze the 4 scenarios: • Box 1 tips on box 2. • Box 1 slides on box 2. . P • Boxes 1 & 2 tip together. • Boxes 1 & 2 slide together on the ground. ls + Gi + G₂ W₂ |h₂ T Find the minimum for P for all 4 scenarios (include FBD and equations of equilibrium for each scenario), and conclude which scenario will occur first and why. In the box below, enter the required force P to strat motion (either tipping or slipping) in N with one decimal.
A professor's office door is 0.99 m wide, 2.2 m high, 4.2 cm thick; has a mass of 27 kg, and pivots on frictionless hinges. A "door closer" is attached to door and the top of the door frame. When the door is open and at rest, the door closer exerts a torque of 5.6 N*m. What is the moment of inertia of the door? If you let go of the open door, what is its angular acceleration immediately afterward?

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