the centripetal force the fly without slippling

Related BrainMass Solutions

• Centripetal force explained in this solution

  Hence, the car can not travel at the given speed at the top of the hill as it will fly off it in absence of sufficient centripetal force. The solution provides a step by step solution.

• Circular and planetary motion

  This can also be explained as follows : As the time period increases, the centripetal force reduces. Thus to provide same frictional force, the μ must be higher.

• Physics 7th edition by Cutnell and Johnson

  The ball travels once around the circle in 0.500 s. (a) Determine the centripetal force acting on the ball. (b) If the speed is doubled, does the centripetal force double? If not, by what factor does the centripetal force increase? 11.

• Physics: Described frictional force, tension force, centripetal force, weightlessness

  The tension force is always directed along the length of the thing doing the pulling. The tension force in the rope that is tied to a kite is the force that is responsible for the kite being able to fly.

• A question and solution around centripetal force

  363240 A Question and Solution Around Centripetal Force A car wheel of radius r rolls without slipping at a constant translational acceleration a. At one instant, the velocity of the axel is v.

• Centripetal force: Car taking an un banked circular turn

  Since the car moves without slipping Fs = Fc è Fs = mv^2/R -----------------------------(1) When the car encounters an ice patch, the frictional force Fs is reduced by a factor of 3.

• Angular speed of race car, tangential speed, loop-the-loop

  This force provides the centripetal force required for circular motion of the block at the highest point.

• Jupiter what if it disappeared ?

  It is the same when you hold a stone tied to a string and rotate it very fast. The stone wants to move in a straight line, but you exert a centripetal force on the stone via the string, pulling it towards you (much like gravity).

• Problems on friction & banking angle

  The force responsible for the turning (centripetal force) comes entirely from the horizontal component of the lift force. Note that the pilot will fly through half a circle while making the turn.