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v1 The missile then explodes, causing the asteroid to break into two chunks of mass m, and mz. O2 Solve algebraically for the final speeds of pieces 1 and 2 in terms of the masses of the two pieces (m1 and m2), the angles, the mass before the explosion, and vf x (the velocity after the collision that you found above). Then use the following values for the parameters to get values for the final speed of each piece: Click here for a hint ****************** m1 = 4872000000 kg m2 = 1218000000 kg 8 = 30.4 degrees 02 = 64.1 degrees v1 =

v1 The missile then explodes, causing the asteroid to break into two chunks of mass m, and mz. O2 Solve algebraically for the final speeds of pieces 1 and 2 in terms of the masses of the two pieces (m1 and m2), the angles, the mass before the explosion, and vf x (the velocity after the collision that you found above). Then use the following values for the parameters to get values for the final speed of each piece: Click here for a hint ****************** m1 = 4872000000 kg m2 = 1218000000 kg 8 = 30.4 degrees 02 = 64.1 degrees v1 =

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You are analyzing the possible defenses for an asteroid that is going to crash into Earth. Initially, the asteroid of mass ma is traveling to the left with speed vai . A missile of mass mm with initial velocity vmi to the right collides with the asteroid, and embeds itself inside the asteroid. See the figure below. mi ai vf Find the common final velocity of the missile and asteroid after the collision. Use an x axis with positive pointing to the right. Click here for a hint .. . .... ma = 5800000000 kg mm = 290000000 kg Vai x = -1600 m/s Umi x = 3200 m/s Vf x = -1371.42857
Transcribed Image Text:You are analyzing the possible defenses for an asteroid that is going to crash into Earth. Initially, the asteroid of mass ma is traveling to the left with speed vai . A missile of mass mm with initial velocity vmi to the right collides with the asteroid, and embeds itself inside the asteroid. See the figure below. mi ai vf Find the common final velocity of the missile and asteroid after the collision. Use an x axis with positive pointing to the right. Click here for a hint .. . .... ma = 5800000000 kg mm = 290000000 kg Vai x = -1600 m/s Umi x = 3200 m/s Vf x = -1371.42857
v1 The missile then explodes, causing the asteroid to break into two chunks of mass m1 and m2. O2 Solve algebraically for the final speeds of pieces 1 and 2 in terms of the masses of the two pieces (m1 and m2), the angles, the mass before the explosion, and vf x (the velocity after the collision that you found above). Then use the following values for the parameters to get values for the final speed of each piece: Click here for a hint m1 = 4872000000 kg m2 = 1218000000 kg 01 = 30.4 degrees 02 = 64.1 degrees v1 =
Transcribed Image Text:v1 The missile then explodes, causing the asteroid to break into two chunks of mass m1 and m2. O2 Solve algebraically for the final speeds of pieces 1 and 2 in terms of the masses of the two pieces (m1 and m2), the angles, the mass before the explosion, and vf x (the velocity after the collision that you found above). Then use the following values for the parameters to get values for the final speed of each piece: Click here for a hint m1 = 4872000000 kg m2 = 1218000000 kg 01 = 30.4 degrees 02 = 64.1 degrees v1 =
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