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1. The L-shaped part is made of two identical thin 2 kg bars with /= 600 mm. It lies at rest on a smooth flat surface when a force P of 10 N is applied in the direction shown. Find the acceleration of point B the instant the force is applied. B L--s A

1. The L-shaped part is made of two identical thin 2 kg bars with /= 600 mm. It lies at rest on a smooth flat surface when a force P of 10 N is applied in the direction shown. Find the acceleration of point B the instant the force is applied. B L--s A

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**Problem Statement:** Each problem requires a proper Free Body Diagram (FBD) and separate kinematic diagram. 1. The L-shaped part is made of two identical thin 2 kg bars with \( l = 600 \, \text{mm} \). It lies at rest on a smooth flat surface when a force \( P \) of 10 N is applied in the direction shown. Find the acceleration of point \( B \) the instant the force is applied. **Diagram Description:** The diagram shows an L-shaped part resting on a flat surface. The part is composed of two thin bars forming a right angle. Each bar has a length of 600 mm. The lower part of the L is aligned along the x-axis, and the vertical part is aligned along the y-axis. Point \( A \) is at the junction of the two bars, point \( B \) is at the end of the vertical bar, and point \( P \) is at the end of the horizontal bar. A force \( P \) of 10 N is applied horizontally at point \( P \).
Transcribed Image Text:**Problem Statement:** Each problem requires a proper Free Body Diagram (FBD) and separate kinematic diagram. 1. The L-shaped part is made of two identical thin 2 kg bars with \( l = 600 \, \text{mm} \). It lies at rest on a smooth flat surface when a force \( P \) of 10 N is applied in the direction shown. Find the acceleration of point \( B \) the instant the force is applied. **Diagram Description:** The diagram shows an L-shaped part resting on a flat surface. The part is composed of two thin bars forming a right angle. Each bar has a length of 600 mm. The lower part of the L is aligned along the x-axis, and the vertical part is aligned along the y-axis. Point \( A \) is at the junction of the two bars, point \( B \) is at the end of the vertical bar, and point \( P \) is at the end of the horizontal bar. A force \( P \) of 10 N is applied horizontally at point \( P \).
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