An astronaut named Johnny is driving to their rocket when they suddenly need to break. The car weighs 1900 lbs and is moving at 35 mi/hr when the astronaut slams on the breaks on dry road. Find the amount of time needed for the car to stop. Use k = 0.7. How many forces are present in the a direction? 1 It'll take the car 11.412 X seconds to stop.
An astronaut named Johnny is driving to their rocket when they suddenly need to break. The car weighs 1900 lbs and is moving at 35 mi/hr when the astronaut slams on the breaks on dry road. Find the amount of time needed for the car to stop. Use k = 0.7. How many forces are present in the a direction? 1 It'll take the car 11.412 X seconds to stop.
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Transcribed Image Text:An astronaut named Johnny is driving to their rocket when they suddenly need to break. The car weighs
1900 lbs and is moving at 35 mi/hr when the astronaut slams on the breaks on dry road. Find the amount of
time needed for the car to stop. Use k = 0.7.
How many forces are present in the a
direction? 1
It'll take the car 11.412
x seconds to stop.
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