A SpaceX Rocket Booster is about to land using a "Suicide Burn" to bring its velocity to zero just as it reaches the surface of a landing pad at the Kennedy Space Center. The booster is falling at -275.3 m/s when it is 217.5 meters above the landing pad when it begins to fire its Merlin engines for the suicide burn. What must the acceleration of the rocket be to successfully execute the burn? Note that the downward direction is associated with "-" and the upward direction is associated with "+". Your Answer:
A SpaceX Rocket Booster is about to land using a "Suicide Burn" to bring its velocity to zero just as it reaches the surface of a landing pad at the Kennedy Space Center. The booster is falling at -275.3 m/s when it is 217.5 meters above the landing pad when it begins to fire its Merlin engines for the suicide burn. What must the acceleration of the rocket be to successfully execute the burn? Note that the downward direction is associated with "-" and the upward direction is associated with "+". Your Answer:
Glencoe Physics: Principles and Problems, Student Edition
1st Edition
ISBN:9780078807213
Author:Paul W. Zitzewitz
Publisher:Paul W. Zitzewitz
Chapter6: Motion In Two Dimensions
Section6.3: Relative Velocity
Problem 27PP
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Transcribed Image Text:A SpaceX Rocket Booster is about to land using a "Suicide Burn" to bring its velocity
to zero just as it reaches the surface of a landing pad at the Kennedy Space Center.
The booster is falling at -275.3 m/s when it is 217.5 meters above the landing pad
when it begins to fire its Merlin engines for the suicide burn. What must the
acceleration of the rocket be to successfully execute the burn? Note that the
downward direction is associated with "-" and the upward direction is associated
with "+".
Your Answer:
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