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Where does roller coaster have the greatest amount of PE
0 kg*m/s
gain in KE
when the car's velocity is 0 mi/hr
a 10 kg ball moving slowly
pine cone 2
A book on top of the refrigerator
At the top of the hill
the total amount of energy stayed the same
2 cars have a head on collision. What is the change in total momentum of the 2 cars before and after the crash? Car 1 is 1000 kg and car 2 is 1500. Both are traveling at 10 m/s
0 kg*m/s
gain in KE
when the car's velocity is 0 mi/hr
a 10 kg ball moving slowly
pine cone 2
A book on top of the refrigerator
At the top of the hill
the total amount of energy stayed the same
2 pine cones are fall at the same velocity. Pine cone 1 has less mass than Pine cone 2. which pine cone has MORE KE
0 kg*m/s
gain in KE
when the car's velocity is 0 mi/hr
a 10 kg ball moving slowly
pine cone 2
A book on top of the refrigerator
At the top of the hill
the total amount of energy stayed the same
You put a warm soda into a cooler. Later you get the soda and it is colder. What happened to the total amount of energy in the cooler?
0 kg*m/s
gain in KE
when the car's velocity is 0 mi/hr
a 10 kg ball moving slowly
pine cone 2
A book on top of the refrigerator
At the top of the hill
the total amount of energy stayed the same
When does a car have the least KE
0 kg*m/s
gain in KE
when the car's velocity is 0 mi/hr
a 10 kg ball moving slowly
pine cone 2
A book on top of the refrigerator
At the top of the hill
the total amount of energy stayed the same
Who has more PE?
0 kg*m/s
gain in KE
when the car's velocity is 0 mi/hr
a 10 kg ball moving slowly
pine cone 2
A book on top of the refrigerator
At the top of the hill
the total amount of energy stayed the same
which of the following has the least amount of momentum?
0 kg*m/s
gain in KE
when the car's velocity is 0 mi/hr
a 10 kg ball moving slowly
pine cone 2
A book on top of the refrigerator
At the top of the hill
the total amount of energy stayed the same
an object falls towards the Earth's surface. The loss of its PE is equal to its
0 kg*m/s
gain in KE
when the car's velocity is 0 mi/hr
a 10 kg ball moving slowly
pine cone 2
A book on top of the refrigerator
At the top of the hill
the total amount of energy stayed the same
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