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#6) Your small rocket is launched from rest on the ground at t = 0.00s with a constant net acceleration of 20.0 m/s² as it flies through the air. At t= 2.00 seconds it runs out of fuel and the engine immediately shuts off, now your toy just acts like an object moving in free fall (acting only under the acceleration of gravity) for the rest of its motion. (A) What is the velocity at t = 2.00s when the fuel runs out? Equations first numbers last (this means show mw the algebra first, before plugging in numbers). Report to 3 significant figures. (B) What is the maximum height of the rocket that it can reach before starting to return to earth? Equations first numbers last (this means show mw the algebra first, before plugging in numbers). Report to 3 significant figures.

          #6) Your small rocket is launched from rest on the ground at t = 0.00s with a constant net acceleration of 20.0 m/s² as it flies through the air. At t= 2.00 seconds it runs out of fuel and the engine immediately shuts off, now your toy just acts like an object moving in free fall (acting only under the acceleration of gravity) for the rest of its motion.
(A) What is the velocity at t = 2.00s when the fuel runs out? Equations first numbers last (this means show mw the algebra first, before plugging in numbers). Report to 3 significant figures.
(B) What is the maximum height of the rocket that it can reach before starting to return to earth? Equations first numbers last (this means show mw the algebra first, before plugging in numbers). Report to 3 significant figures.

#6) Your small rocket is launched from rest on the ground at t = 0.00s with a constant net acceleration of 20.0 m/s² as it flies through the air. At t= 2.00 seconds it runs out of fuel and the engine immediately shuts off, now your toy just acts like an object moving in free fall (acting only under the acceleration of gravity) for the rest of its motion.
(A) What is the velocity at t = 2.00s when the fuel runs out? Equations first numbers last (this means show mw the algebra first, before plugging in numbers). Report to 3 significant figures.
(B) What is the maximum height of the rocket that it can reach before starting to return to earth? Equations first numbers last (this means show mw the algebra first, before plugging in numbers). Report to 3 significant figures.

Added by Santiago T.

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