The figure below shows a container filled with water to the height shown. When we compare the pressure at A to the pressure at B, we find that 20 сm 40 сm 40 cm 20 ст B A PA= PB %3D 1 PA=5PB %3D PA = PB- PA = 2pB- E PA = 4pB- B.

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Chapter1: Units, Trigonometry. And Vectors
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The figure below shows a container filled with water to the height shown. When we compare the pressure at A to the pressure at B, we find that:

Diagram Description:
- The diagram depicts an L-shaped container filled with water. 
- The height from the base of the container at point A to the top surface of the water is 20 cm.
- The width from point A to point B along the horizontal segment is 40 cm.
- The vertical distance from the top to point B is 40 cm, making the total vertical height above point B also 40 cm.

Options for pressure comparison:

A) \( p_A = \frac{1}{4} p_B \)

B) \( p_A = \frac{1}{2} p_B \)

C) \( p_A = p_B \)

D) \( p_A = 2 p_B \)

E) \( p_A = 4 p_B \)
Transcribed Image Text:The figure below shows a container filled with water to the height shown. When we compare the pressure at A to the pressure at B, we find that: Diagram Description: - The diagram depicts an L-shaped container filled with water. - The height from the base of the container at point A to the top surface of the water is 20 cm. - The width from point A to point B along the horizontal segment is 40 cm. - The vertical distance from the top to point B is 40 cm, making the total vertical height above point B also 40 cm. Options for pressure comparison: A) \( p_A = \frac{1}{4} p_B \) B) \( p_A = \frac{1}{2} p_B \) C) \( p_A = p_B \) D) \( p_A = 2 p_B \) E) \( p_A = 4 p_B \)
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