mo The Tsiolkovsky rocket equation is Av ve In = mj It calculates the maximum possible...

 

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mo The Tsiolkovsky rocket equation is Av ve In = mj It calculates the maximum possible change in velocity for a rocket based on several parameters. ve is the velocity of the rocket's exhaust gasses (the fire part). mo is the initial mass of the rocket, including its fuel. m my is the final mass of the rocket once all its fuel has been used. Calculate the maximum possible velocity change for a rocket if its exhaust gasses travel 2600, its initial mass is 27000kg, and its final mass is 1100kg. Round your answer to the nearest integer. Av m S S m For reference, a rocket needs Av of about 9400- in order to acheive orbit around the Earth. S mo The Tsiolkovsky rocket equation is Av ve In = mj It calculates the maximum possible change in velocity for a rocket based on several parameters. ve is the velocity of the rocket's exhaust gasses (the fire part). mo is the initial mass of the rocket, including its fuel. m my is the final mass of the rocket once all its fuel has been used. Calculate the maximum possible velocity change for a rocket if its exhaust gasses travel 2600, its initial mass is 27000kg, and its final mass is 1100kg. Round your answer to the nearest integer. Av m S S m For reference, a rocket needs Av of about 9400- in order to acheive orbit around the Earth. S