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10.E: Rocket Motion (Exercises)

Last updated

Aug 8, 2022
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- 10.3: The Rocket Equation
- 11: Simple and Damped Oscillatory Motion

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Exercise $\PageIndex{1}$

Derive the integral in section 2.

Exercise $\PageIndex{2}$

Integrate equation 10.3.2 to obtain equation 10.3.3

Exercise $\PageIndex{3}$

Integrate equation 10.3.3 to obtain equation 10.3.5

Exercise $\PageIndex{4}$

Obtain equation 10.3.6

In the following problems, (numbers 5 - 8) assume:

V = 2 km s^-1.
m0 = 2000 kg
b = 0.5 kg s^-1
f = 90%

Exercise $\PageIndex{5}$

What is the maximum speed, and how long does it take to attain it?

Exercise $\PageIndex{6}$

How long does it take to reach a speed of 3 km s^-1?

Exercise $\PageIndex{7}$

How long does it take for the rocket to travel 600 km?

Exercise $\PageIndex{8}$

How fast is it moving when it has travelled 300 km?

Exercise 10.E.1\PageIndex{1}

Exercise 10.E.2\PageIndex{2}

Exercise 10.E.3\PageIndex{3}

Exercise 10.E.4\PageIndex{4}

Exercise 10.E.5\PageIndex{5}

Exercise 10.E.6\PageIndex{6}

Exercise 10.E.7\PageIndex{7}

Exercise 10.E.8\PageIndex{8}

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