When some cars are advertised, they quote a "stopping distance" from some speed to zero. The mass of the car and this value of "some speed" give a measure of initial motion, but we aren't necessarily told the mass. Using the stopping distance, one can directly calculate what physical quantity provided by the brakes? A impulse B chemical potential energy C power D kinetic energy E force F velocity G work H acceleration I mass
When some cars are advertised, they quote a "stopping distance" from some speed to zero. The mass of the car and this value of "some speed" give a measure of initial motion, but we aren't necessarily told the mass. Using the stopping distance, one can directly calculate what physical quantity provided by the brakes? A impulse B chemical potential energy C power D kinetic energy E force F velocity G work H acceleration I mass
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When some cars are advertised, they quote a "stopping distance" from some speed to zero.
The mass of the car and this value of "some speed" give a measure of initial motion, but we aren't necessarily told the mass.
Using the stopping distance, one can directly calculate what physical quantity provided by the brakes?
| A |
impulse |
|
| B |
chemical potential energy |
|
| C |
power |
|
| D |
kinetic energy |
|
| E |
force |
|
| F |
velocity |
|
| G |
work |
|
| H |
acceleration |
|
| I |
mass |
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