For the frame shown find the force in link DE and forces at C. I know the answers but I need the work. The Force in DE is 561 N, Cx is 795 N left and Cy is 216 N up.
For the frame shown find the force in link DE and forces at C. I know...
In the frame shown, members ACE and BCD are connected by a pin at C, and by the link DE. Determine reaction force at A, the force in link DE for the loading shown, and components of force exerted at C on member BCD.(FDE = 561 N, Cy = 216 N; Cx = 795 N; Ay = 480 N; Ax = 300 N).
A four bar link mechanism with the following dimensions is acted upon by a force \(80 \mathrm{~N} 150^{\circ}\) on the link DC [as shown in the Figure below]: \(\mathrm{AD}=500 \mathrm{~mm}, \mathrm{AB}=400 \mathrm{~mm}, \mathrm{BC}=1000 \mathrm{~mm}, \mathrm{DC}\)\(=750 \mathrm{~mm}, \mathrm{DE}=350 \mathrm{~mm}\) Determine the input torque \(\mathrm{T}\) on the link \(\mathrm{AB}\) for the static equilibrium of the mechanism for the given configuration.Show all your calculations, drawing and septs to solve this problem
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Lab lc (b) Cx(c) C The block B of the mechanism is constrained to move within the slot in membe CD. The angular velocity of AB is omegaAB 5 rad/s and its angular acceleration is alphaAB 4 rad/s2. Assume the center of mass of the slotted rigid body is fixed at Rcgic 30 mm, has a mass of 1 kg and mass moment of inertia of 184...
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The frame shown in the diagram has force Papplied horizontally at point B. Point A is pinned and point Eis on rollers. Determine the internal forces Fand Vand the internal moment Mat point J. Force P equals 1300 N. 150 mm 250 mm P с 200 mm D 30 E 200 mm 150 mm Calculate the absolute value in N of the reaction at point A (Type in an integer.) Calculate the absolute value in...
4 In the mechanism shown, the centre of mass of link 3 is at G3, which is located at the centre of link 3. The mass of link 3 is 0.5 kg. Its moment of inertia about G; is 0.0012 N-s2-m. The weights and moments Of inertia of members 2 and 4 may be neglected. Link 2 is driven at a constant angular velocity of 50 rad/s CW by the torque applied to link 2. The mechanism moves in the...
Knowing that at the instant shown the angular velocity of rod DE is 2.7 rad/s clockwise, determine the velocity of collar A and the velocity of point B. 80 mm 150 mm TO 60 mm 120 mm The velocity of collar A is The velocity of point B is mm/s. mm/s À 61.8º. 30* 60 deg OA. CRANK, roq", W: +10 RAO (9) B - SLIDER SLIDES LEFT AND RIGHT AS OA ROTATES AB-LINK, 30W LONG Vo? ao? Mee ,...
Three forces are applied by cables on an i-bolt as shown. Find the resultant force (magnitude and angle) given the following: F1-600 N, F2-800 N, F3-450 N, θ,-60°, θ,-45°, θ,-75° 1. Fi F2 0,
8. Below is shown the spectra of C«HO, with a mass of 68amu (if your structure's mass adding up has some decimals left over this is fine). Your job is to write the structure of it based on this information. Good luck. 2 PPM 200 180 160 140 120 100 PPM so GO 46 zb I 216 words DE LO D Focus - Type here to search സി W
Question I.5 Figure 1.5 shows a frame with loads at A and D. Select the closest value for the magnitude of the total reaction at B. Assume the weight of the frame is zero. 40 kN VE 96.2 kN (a) (Ь -40 kN 5 m (c) -87.5 kN 30 kN (d) 57 kN 4m ao 1 m (e) 50 kN Figure L.5 Low mass frame Question I.6 In the shear and bending moment equations for beams, which of the following...
Find the chemical structure using the wave spectrum
shown
Problem 11.4 100 40 40 Exact M.9. (EI)-98.0732 FT-IR (NEAT) 20 UVAmaxBLANK 4000 300 2000 WAVENUMBERS (C) s000 s00 100 42 Mass Spea. El 70eV 60 40 20 150 70 105 45 so m/z 13C NMR 62.3 MHz COCls ywwA 224 222 220 218 216 214 212 COCI uwwlu 20 120 60 30 0 ppm 160 130 110 100 90 80 50 40 10 180 170 150 140 3H 1H NMR...