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- Also determine the value of the y-coordinate.Locate all the instant centersdetermine the magnitude of velocity at C if the angular velocity of bar BCD is 5.35rad/s CCW and velocity of D is 2.65m/s. Also, the angular velocity of bar DE is 12.5 rad/s. please give detailed solution when getting velocity using trigonometry
- The crank AB of the mechanism below rotates at 20 rad/s in the direction shown in the figure below. At the instant shown determine the velocity of point C.The 105-mm bar rotates with an angular velocity of 18 rad/s in counterclockwise direction. Find the velocity of the point A. y wrad/s 80 mmShow your work! 1. A car travels 40 miles east, then turns southeast and travels for 35 miles at an angle of -65°. 31- a. Find the components of the second vector (the one at -65°). to obutingsm adi bat d b. What is the magnitude of the displacement from the original position? L 8x Atsuborq azoto tolgay and bri c. What direction is the car traveling in? (In other words, find the angle.)
- Also determine the value of the y-coordinate and the z-coordinate.The rectangular plate rotates clockwise with a velocity of 6 voda sidong y rad/s. What is the velocity of point A using the given coordinate system? a. b. 1.8 i+ 1.68 j m/s c. 1.68 i- 1.8 j m/s d. -1.8 i+ 1.68 j m/s none of the above e. -1.68 i + 1.8 j m/s c. d. e. B nouvy lo esibisa bris di to The wheel rolls without slipping at a constant rate of 4 rad/s. of baboon What is the acceleration of point P? a. 3.2 i + 4.8 j m/s² b. 8 im/s² 3.2 im/s² 3.2 i-4.8 j m/s² none of the above 300 mm P 200 mm A O 1 300 mm- A 300 mm 200 mm @= 4 rad/s B 80 mm ILI y 1 -x6. Link AB has an angular velocity of 4.00 rad/s counterclockwise in the position shown in the diagram at the right. a) Calculate the translational velocity vector (magnitude and direction) of C. b) Calculate the translational velocity vector (magnitude and direction) of E. 2.40" 3.00" 60° 6.00" 7.50" B 4.00" E 5.00'
- Question 4- On the diagram 1. Draw velocity vector of B 2. Find magnitude of linear velocity of B 3. Draw velocity vector of C 4. Find IC instantaneous centre of rotation for CB (clearly indicate perpendicular directions where applicable) 200 mm 150 mm 30° B @AB=4 rad/s 60°The link AO has a 3 rad/sec angular velocity (in the clockwise direction). At the instant shown in the figure, determine the following: a) The angular velocity of link BC. b) The angular velocity of triangular plate ABD. c) The velocity magnitude and direction of point D. 3" -7"At the instant shown, link OA is rotating clockwise at 3 rad/s. What is the angular velocity of the plate ABD and link CB? What is the velocity of D? OA is horizontal and CB is vertical at this instant. Note: Don't misread the figure to see side AD as in the purely vertical direction. Its close, but not. 3" 5" 7" 5" in B 3"