our día = 25cm 20cm G=2.1 water A cylindrical container, whose who is 65 N is inverted and pressed into water as shown above. Determine the differential height (h) of the manometer & the bone F needed to hold the container in the he position shown ?

gure X PDE BM_kisa_sınav.pdf Question 2) In the figure is a Russel broken traction device and a mechanical model of the leg Shows. The leg is indicated by two weights, which are connected to two cables is kept balanced in the position. The total weight of the leg and cast is W=200 N. The horizontal distance between points A and B where the cables are attached to the leg, is L=100 cm and vertical distance is d=10 cm. Point C is located at three-quarters of L measured from point A (3L/4= It is 75 cm.) located is the center of gravity of the cast and leg. Horizontal of cable 2 The angle with is measured as B-40°. Accordingly,in order for b to remain balanced in the position shown Pr F8 7₁ JY W kg Wi F9 A xb My Questions | bartleby 1 A c) Find the angle of a of cable 1 with horizontal. F10 L 3L/4 2 B B F11 W a) KComposed in Ablo 1 T₁ Find the pulling force. (Write your result in N units) B b) Composed in Cable 2 T₂ Find the pulling force. (Write your result in N units) X + 72 B F12 kg W₂ d…

In (Figure 1), F = {80i + 96j + 48k} lb. Figure 1 ft -2 ft 3 ft 45° B 1 of 1 Part A Determine the magnitude of the moment of F about point A. Express your answer in pound-feet to three significant figures. 15] ΑΣΦ11 MA = Submit Part B α, B, y = Submit Request Answer Provide Feedback Determine the coordinate direction angles of the moment of F about point A. Express your answers in degrees to three significant figures separated by commas. vec U/ ΨΕ ΑΣΦ ↓↑ vec Request Answer ? lb. ft ? Next >

If a force, F = 20x (where x is in meter and F is in Newton) is acting on an object (at rest), then choose the correct options. 5 kg B 20x A Workdone by force in first 1 second is 546 Nm. D Smooth Correct Option Acceleration of the block is linearly varying with displacement. Correct Option Velocity of the object at t= 1 second is 14.78 m/s. Correct Option Displacement of the object at t= 1 second is 7.39 m. Correct Option

PROBLEM 3 A 10 lb collar rests on but is not attached to the spring shown. It is observed that when the collar is pushed down 9 in. or more and released, it loses contact with the spring. Determine (a) the spring constant, and (b) the position, velocity and acceleration of the collar 0.16s after it has been pushed down 9 in. and released. А m k

4. Solve the following system of equations. 8 ft 2 ft 64 BD- 12 12 0 = ЕС 4 ft 7 32 BD+° EC– 1080 12 18 0 = A 3 ft 7 E В 6 ft 2 ft 5 ft