What is the weight of the towed body in water?

What is the weight of the towed body in water?

• A. 4000 lbs
• B. 6080 lbs
• C. 7000 lbs
• D. 5000 lbs

Answer: (B)

The weight of the towed body in water is determined by applying the principle of buoyancy. Specifically, this involves calculating the submerged weight, which may differ from the weight in air due to the buoyant force acting on it. The correct answer, 6080 lbs, indicates that this weight accounts for the displacement of water while the body is submerged. To arrive at this number, you need to consider various factors, such as the density of the water, the volume of the towed body, and the overall design characteristics of the body. In this case, 6080 lbs suggests that the body is designed with materials or configuration that results in a significant weight reduction in the water, reflecting its effective weight when submerged. Understanding this concept is crucial as it plays an important role in naval architecture and engineering, where the weight of structures or components often needs to be optimized for performance, stability, and safety when in a marine environment. Therefore, this understanding helps in making informed decisions related to design, performance evaluation, and operational planning.

The weight of the towed body in water is determined by applying the principle of buoyancy. Specifically, this involves calculating the submerged weight, which may differ from the weight in air due to the buoyant force acting on it. The correct answer, 6080 lbs, indicates that this weight accounts for the displacement of water while the body is submerged.

To arrive at this number, you need to consider various factors, such as the density of the water, the volume of the towed body, and the overall design characteristics of the body. In this case, 6080 lbs suggests that the body is designed with materials or configuration that results in a significant weight reduction in the water, reflecting its effective weight when submerged.

Understanding this concept is crucial as it plays an important role in naval architecture and engineering, where the weight of structures or components often needs to be optimized for performance, stability, and safety when in a marine environment. Therefore, this understanding helps in making informed decisions related to design, performance evaluation, and operational planning.