(a) Explanation Given Info : The mass of rocket is 3.00 × 10 5 kg , acceleration is 36.0 m / s 2 and the speed of exhausted gases is 4.50 × 10 3 m / s . The rate at which the fuel burns initially is given by the ratio | Δ M Δ t | . Write the formula to calculate the rate of initial fuel burning of rocket. M a = | v e Δ M Δ t | M is the mass of rocket a is the acceleration of rocket v e is the speed of exhausted gases Δ M is the change in mass of rocket Δ t is the time interval for change in mass Rewrite the above equation in terms of | Δ M Δ t | . Substitute 3.00 × 10 5 kg for M , 36 (b) To determine The rate of fuel burning if the rocket is vertically launched from the Earth’s surface with the same initial velocity.

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ISBN: 9781285737027

Author: Raymond A. Serway, Chris Vuille

Publisher: Cengage Learning

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Chapter 6, Problem 10WUE

(a)

To determine

The rate of initial fuel burning of rocket.

(b)

To determine

The rate of fuel burning if the rocket is vertically launched from the Earth’s surface with the same initial velocity.

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Chapter 6, Problem 9WUE

Chapter 6, Problem 11WUE

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The rate of initial fuel burning of rocket.

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The rate of initial fuel burning of rocket.

The rate of fuel burning if the rocket is vertically launched from the Earth’s surface with the same initial velocity.

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Chapter 6 Solutions