For the kinematic diagram shown in figure P7.22, the length of link AB is 100 mm and θ =35°. Box A moves upward at a velocity of 10 mm/s and accelerates at 5 mm/s2. At the sametime, the velocity of box B is 7 mm/s and accelerates at a rate of 25 mm/s2. Draw theacceleration vector polygon and analytically determine the linear velocity of A with respectto B and the linear acceleration of A with respect to B The image depicts a simple mechanical diagram involving two points, A and B. Point A is located on a vertical plane, while point B is positioned on a horizontal plane. A line connects the two points, forming an angle θ with the horizontal plane.**Diagram Details:**- **Point A:** Situated on the left side of the diagram, attached to what seems to be a vertical structure.- **Point B:** Located on the upper right side of the diagram, connected to a horizontal plane.- **Connecting Line:** A straight line drawn from point A to point B.- **Angle θ (Theta):** The angle formed between the connecting line and the horizontal plane where point B is located. This setup is often used in physics and engineering to analyze forces, tensions, or angles in structures or systems.

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Answered: For the kinematic diagram shown in…

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

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For the kinematic diagram shown in figure P7.22, the length of link AB is 100 mm and θ =
35°. Box A moves upward at a velocity of 10 mm/s and accelerates at 5 mm/s2. At the same
time, the velocity of box B is 7 mm/s and accelerates at a rate of 25 mm/s2. Draw the
acceleration vector polygon and analytically determine the linear velocity of A with respect
to B and the linear acceleration of A with respect to B

The image depicts a simple mechanical diagram involving two points, A and B. Point A is located on a vertical plane, while point B is positioned on a horizontal plane. A line connects the two points, forming an angle θ with the horizontal plane.

**Diagram Details:**

- **Point A:** Situated on the left side of the diagram, attached to what seems to be a vertical structure.
- **Point B:** Located on the upper right side of the diagram, connected to a horizontal plane.
- **Connecting Line:** A straight line drawn from point A to point B.
- **Angle θ (Theta):** The angle formed between the connecting line and the horizontal plane where point B is located.

This setup is often used in physics and engineering to analyze forces, tensions, or angles in structures or systems.

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