**Problem Statement:**A 1470-kg submarine rises straight up towards the surface. Seawater exerts both an upward buoyant force of 16050 N on the submarine, as well as a downward resistive force of 1130 N. What is the submarine's acceleration?**Fields to Input Results:**- Number: [Input box] ! [Notification]- Units: \[m/s^2] [Dropdown]**Diagram/Graph Explanation:**There are no diagrams or graphs associated with this problem statement. However, if there were a diagram, it might illustrate the forces acting on the submarine, for example:1. **Upward Buoyant Force (16050 N):** Represented by an arrow pointing upwards.2. **Downward Resistive Force (1130 N):** Represented by an arrow pointing downwards.3. **Gravitational Force (Weight):** Calculated using the mass of the submarine (1470 kg) and the acceleration due to gravity (approximately 9.8 m/s²), shown by another arrow pointing downwards.These visual aids could help demonstrate the net force acting on the submarine and thereby assist in calculating the resultant acceleration using Newton's second law of motion.

Name: **Problem Statement:**A 1470-kg submarine rises straight up towards t
Uploaded: 2024-03-20T06:51:10.000Z
Channel: Bartleby
Description: **Problem Statement:**A 1470-kg submarine rises straight up towards the surface. Seawater exerts both an upward buoyant force of 16050 N on the submarine, as well as a downward resistive force of 1130 N. What is the submarine's acceleration?**Fields