My friends and I were messing around one night and posed the question "could a falcon break a human neck" and we tried to solve it but couldn't get anywhere with it (we are all theater majors not physicists lol) Could you solve that for me?Ī falcon weighs more than 1.5 lb and can fly at speedsĮxceeding 200 mph. The integration constant which will put the ship
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Integral you are not finished, you need to find Integral to perform, but you can find goodĪlpha. Of the ship does not matter.) (You can moreĬonservation.) Next integrate v( r)=d r/d t to get Newton's second law, ma=m=- GMm/ r 2=d v/d tĪnd integrate it once to get v=d r/d t= √ĭistance from the center of the earth to the The time it takes to fall, you start with Mathematical question, so I will answer it in My interest in this problem stems from the apollo command module returning All the equations I have found assume that the The grav_acc is constantly changing as the shipĪpproaches the earth. The problem I am having is that the gravitational acceleration is not 9.8 What is velocity of the ship as a function of distance from the earth? What is the velocity of the ship as a function of time as the ship How long will it take for the ship to reach earth?
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The ship is in free fall with respect to the earth. Initial velocity of 0 and starts to accelerate toward the earth due toĮarths gravity.
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Images below for information on the content of the books and forĪ spaceship is 240,000 miles from the earth. Now three Ask the Physicist books! Click on the book With the recent publication of PHYSICS IS.