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General braking distance formula /working
General braking distance formula /working out please clearly say.
1 answer
asked by
Jan
447 views
The braking distance of a car varies directly as the square of the speed. If braking distance of a certain car is 49 feet at 30
1 answer
asked by
jazzy
604 views
Braking distance The braking distance y in feetthat it takes for a car to stop on wet ,level pavement can be estimated by y =
2 answers
asked by
Shin
1,115 views
The braking distance of a car is directly proportional to te square of it's speed.
When the speed is p metres per second, the
2 answers
asked by
StuartKess
2,595 views
A racing car reaches a speed of 48 m/s. It then begins a uniform negative acceleration, using its parachute and braking system,
1 answer
asked by
Anonymous
318 views
The braking distance of a car is 29m. If the speed of the car is increased by 45%, what is the car's new braking distance?
1 answer
asked by
Jake
542 views
Antilock Braking System (ABS) allows the driver to _______________.
accelerate faster avoid slowing down before a curve steer
1 answer
asked by
ssds
85 views
A 1000 kg car is going 8.90 m/s has a minimum braking distance of 6.0 meters. Find the average braking force exerted on the car
2 answers
asked by
Jessica
447 views
A car is initailly travelling at 50.0km/h. The brakes are applied and the car stops over a 35m distance. What was magnitude of
1 answer
asked by
Student
1,355 views
If a car is traveling downhill at 45 miles per hour on dry pavement, then the braking distance B is
B = 45/(0.4+m), where m<0 is
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asked by
John
627 views