Consider the net force-time graph below. The important points on the graph are (0 s, 35 N), (28 s, 35 N), and (55 s, 0 N). If an 18 kg rocket with initial velocity 196 m/s experiences this net force, what will be its final velocity, in m/s? (Assume the particle moves one dimensionally.)(Please answer to the fourth decimal place - i.e 14.3225) The graph presented is a force vs. time graph, displaying the force \( F \) in newtons (N) on the vertical axis and time \( t \) in seconds (s) on the horizontal axis.### Description1. **Initial Phase**: - The graph begins with a horizontal line, indicating a constant force over time. This implies that the force was constant during this initial period.2. **Transition Phase**: - The graph then displays a downward diagonal line. This represents a decrease in force over time, suggesting that the force is being gradually reduced until it reaches zero.3. **Final Phase**: - At the end of the diagonal line, the force reaches zero and remains constant at that level, indicating the cessation of the applied force.### Analysis- **Constant Force**: The initial horizontal section signifies a period where the force exerted is stable and unchanging.- **Decreasing Force**: The diagonal line indicates a linear decrease, suggesting a steady reduction of force until it is entirely dissipated.- **Zero Force**: Once the force reaches zero, no further force is applied.This graph could represent various physical scenarios, such as the stopping of a vehicle, where brakes are applied consistently and then force is gradually reduced, bringing the vehicle to a halt.

Final velocity vf=∫titfadt=∫titfFnetmdt=12m∫titfFnetdt=12marea under the curveSubstitute vf=12marea of the square+area of the triangle=1218 kg28 s-0 s35 N+1235 N55 s-28 s=40.3472 m/s

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Consider the net force-time graph below. The important points on the graph are (0 s, 35 N), (28 s, 35 N), and (55 s, 0 N). If an 18 kg rocket with initial velocity 196 m/s experiences this net force, what will be its final velocity, in m/s? (Assume the particle moves one dimensionally.) (Please answer to the fourth decimal place - i.e 14.3225)

Consider the net force-time graph below. The important points on the graph are (0 s, 35 N), (28 s, 35 N), and (55 s, 0 N). If an 18 kg rocket with initial velocity 196 m/s experiences this net force, what will be its final velocity, in m/s? (Assume the particle moves one dimensionally.) (Please answer to the fourth decimal place - i.e 14.3225)

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