How to solve this in vector approach? Thank you! 1) Determine (a) the angular velocity of bars BC and CD at the instant shown. The angular velocityof bar AB is 2 radians per second, clockwise. The mechanism shown is called a four bar linkage,the ground joining supports A and D is considered as the fourth bar.+ Answer (a) 1.386 radians per second (b) 1.732 radians per second 60 mmBWAR =2 rad/s80 mmD3050 mm

Answered: Image /qna-images/answer/a1b036b5-9d25-4669-95f7-22aed3e4bc96.jpg

Answered: ) Determine (a) the angular velocity of…

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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1. A slotted link (horizontal at the instant shown) pivots about point C and is driven by a pin at point P located on the bar AB, which makes an angle of 0 = 35°, as shown. The distance from A to P is 24". At this instant in time, the distance from C to P is 18". If the angular velocity of bar AB is 2 rad/s clockwise, calculate a. The angular velocity vector of the slotted link. b. The velocity vector of the pin with respect to the slotted link. В C A
The flywheel shown has an angular velocity of 600 rpm. The connecting rod AB slides through the pivoting collar at C. When 0= 45°, find @AB, the angular velocity of AB. Hint: The direction of the velocity of the bar AB at a point directly under C is parallel to the collar C. That direction can be found from trigonometry. A 16" B
1. If bar AB has an angular velocity MAB = 10 rad/s, determine the velocity of the slider block C at the instant shown. a. Using vector analysis method. b. Using Instantaneous center method. 30° 200 mm В 150 mm @AB = 4 rad/s 60° A
Drum C is connected to collar A through Bar AB. Point B is directly to the right of center of drum C. The velocity of B is 3 m/s downward while velocity of A is 3 m/s to the left. Bar AB has an angular velocity of 2.83 rad/s. If Drum C in a given instant has an angular velocity of 2.50 rad/s CW is then given an angular acceleration of 1.800 rad/s2 CW what is the magnitude of acceleration of point B?
Required information NOTE: This is a multi-part question. Once an answer is submitted, you will be unable to return to this part. The disk has a constant angular velocity of 30 rad/s clockwise. D 2.8 in. 10 in. For each of these values of e, determine the corresponding value of the angular velocity of bar BD. Take rA = 2.8 in. and /BD = 10 in. The corresponding value of the angular velocity of bar BD for 6 = 22.9° is The corresponding value of the angular velocity of bar BD for 0 = 192.6° is rad/s (Click to select) rad/s (Click to select)
SUBJECT- MACHINE ELEMENTS
At the instant shown, the angular velocity of rod DE is 11 rad/s clockwise and the angular velocity of bar EFis 16 rad/s counterclockwise. 20 in.- D E B 15 in. A 45° Determine the angular velocity of bar AB. The angular velocity of bar AB is 15.35 rad/s 0.
The rod AB, shown in the figure, can slide freely along the floor and the inclined plane. At the instant shown, the velocity of end A is 1.4 m/s to the left. (a) Show that the magnitude of the rod's angular velocity is 3 rad/s and indicate its direction. (b) Calculate the velocity of end B and express it in vector form using rectangular (Cartesian) components. 500 mm B 300 mm 125 mm
Determine the following when link AB of the given linkage is oriented at positive 90 degrees with respect to the x-axis Position of point E Velocity of point E Acceleration of point E Determine the following when link AB of the given linkage is oriented at positive 270 degrees with respect to the x-axis Position of point E Velocity of point E Acceleration of point E
At the shown position OA is horizontal and is rotating counterclockwise with constant angular speed of 9 rad/s. Rod AB is 200 mm long, answer the following: 100 mm 9 rad/s The angular velocity of AB, @AR The angular acceleration of AB, aAR 80 mm The acceleration of B, ag
Please solve using INSTANTANEOUS CENTER method, thank you :)

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