can you help me solve this 11. The Millenium Falcon spaceship was flying above the surface of theplanet Alderaan when it was travelling at a horizontal speed of 2040 m/s.To descend to the Alderaan's surface, the Millenium Falcon needed toreduce its speed using its rocket, as shown in FIGURE 7Direction of Alderaan's surfaceIFIGURE 7Direction of motionMillenium FalconFIGURE 8a. The average thrust from the rocket was 30 kN, and the mass of theMillenium Falcon was 15100 kg. Calculate the horizontaldeceleration of the Millenium Falcon.Direction of Alderaan's surfaceĮ←b. The rocket was then used to control the velocity of descent so that theMillenium Falcondescended vertically with a constant velocity, asshown in FIGURE 8. Due to the use of fuel during the previousdeceleration, the mass of the Millenium Falcon had fallen by 53%.(acceleration due to gravity near the Alderaan's surface = 1.61 ms ²)rocketii. Calculate the thrust force needed to maintain a constant verticaldownwards velocity....i. Draw force vectors on FIGURE 8 to show the forces acting on theMillenium Falconat this time. Label the vectors.

We use F=ma to calculate the deacceleration

The Millenium Falcon spaceship was flying above the surface of the planet Alderaan when it was travelling at a horizontal speed of 2040 m/s. To descend to the Alderaan's surface, the Millenium Falcon needed to reduce its speed using its rocket, as shown in FIGURE 7 Direction of Alderaan's surface 1 FIGURE 7 Direction of motion. Millenium Falcon FIGURE 8 a. The average thrust from the rocket was 30 kN, and the mass of the Millenium Falcon was 15100 kg. Calculate the horizontal deceleration of the Millenium Falcon. Direction of Alderaan's surface I ← b. The rocket was then used to control the velocity of descent so that the Millenium Falcondescended vertically with a constant velocity, as shown in FIGURE 8. Due to the use of fuel during the previous deceleration, the mass of the Millenium Falcon had fallen by 53%. (acceleration due to gravity near the Alderaan's surface = 1.61 ms-²) rocket ii. Calculate the thrust force needed to maintain a constant vertical downwards velocity. i. Draw force vectors on FIGURE 8 to show the forces acting on the Millenium Falconat this time. Label the vectors.

The Millenium Falcon spaceship was flying above the surface of the planet Alderaan when it was travelling at a horizontal speed of 2040 m/s. To descend to the Alderaan's surface, the Millenium Falcon needed to reduce its speed using its rocket, as shown in FIGURE 7 Direction of Alderaan's surface 1 FIGURE 7 Direction of motion. Millenium Falcon FIGURE 8 a. The average thrust from the rocket was 30 kN, and the mass of the Millenium Falcon was 15100 kg. Calculate the horizontal deceleration of the Millenium Falcon. Direction of Alderaan's surface I ← b. The rocket was then used to control the velocity of descent so that the Millenium Falcondescended vertically with a constant velocity, as shown in FIGURE 8. Due to the use of fuel during the previous deceleration, the mass of the Millenium Falcon had fallen by 53%. (acceleration due to gravity near the Alderaan's surface = 1.61 ms-²) rocket ii. Calculate the thrust force needed to maintain a constant vertical downwards velocity. i. Draw force vectors on FIGURE 8 to show the forces acting on the Millenium Falconat this time. Label the vectors.

Physics for Scientists and Engineers, Technology Update (No access codes included)

9th Edition

ISBN:9781305116399

Author:Raymond A. Serway, John W. Jewett

Publisher:Raymond A. Serway, John W. Jewett

Chapter5: The Laws Of Motion

Section: Chapter Questions

Problem 5.20CQ: Balancing carefully, three boys inch out onto a horizontal tree branch above a pond, each planning...

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