**Question #2:**A brass cube 6 inches on a side weighs 67 lb. We want to hold this cube in equilibrium under water by attaching a light foam buoy to it. If the foam weighs 4.5 lb/ft³, what is the minimum required volume of the buoy?**Diagram Explanation:**The diagram depicts a brass cube submerged under water with a foam buoy attached to it. Here are the key elements:- **Brass Cube**: Positioned at the bottom, with arrows indicating forces acting on it. - **\( W_B \)**: Weight of the brass. - **\( F_{BB} \)**: Buoyant force acting on the brass cube.- **Foam Buoy**: Positioned above the brass cube in the water with arrows indicating forces acting on it. - **\( W_F \)**: Weight of the foam. - **\( F_{BF} \)**: Buoyant force acting on the foam.- **Wires**: Connect the brass cube and foam buoy, maintaining tension and equilibrium.The goal is to determine the minimum volume of the foam buoy needed to balance the brass cube underwater.

Answered: Image /qna-images/answer/1df35728-1e40-4e2e-ad74-d502497df7e4.jpg

QUESTION # 2 A brass cube 6 in on a side weighs 67 Ib. We want to hold this cube in equilibrium under water by attaching a light foam buoy to it. If the foam weighs 4.5 lb/ft³, what is the minimum required volume of the buoy? Foam Water Wires connecting brass and foam Brass 3 OF 5

QUESTION # 2 A brass cube 6 in on a side weighs 67 Ib. We want to hold this cube in equilibrium under water by attaching a light foam buoy to it. If the foam weighs 4.5 lb/ft³, what is the minimum required volume of the buoy? Foam Water Wires connecting brass and foam Brass 3 OF 5

Structural Analysis

6th Edition

ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter2: Loads On Structures

Section: Chapter Questions

Problem 1P

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