Application of the concept of centripetal force

Related BrainMass Solutions

• Work and the centripetal force

  Using the definition of work the solution explains this concept with relations to the centripetal force.

• circuile motion and work-enegy theorem

  The second part of the solution is the application of work-energy theorem to find the dragging force.

• Concept of centripetal force on a curved road: What speed limit should be posted?

  8192 Concept of centripetal force on a curved road On a highway curve with radium 50m, the maximum centripetal force that can act on a 1,000kg car going around the curve is 8,000 Newtons.

• Centripetal acceleration - Practical application

  3878 Centripetal acceleration - Practical application A car is traveling on a horizontal circular track or radius equal to 22 meters. If the coefficient of static friction is 0.951, what is the maximum speed that the car can take without skidding?

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

  47461 Physics: Described frictional force, tension force, centripetal force, weightlessness For each topic describe in a brief paragraph 1) Its key characteristics and 2) A personal observation, or an experience with, or an example of a real world application

• 3 Circular Motion Problems

  Examples of the Centripetal Force: (1) For the stone whirled at the end of the string, the centripetal force is provided by the tension in the string.

• 2 Problems on Motion on circular Path: Centripetal force

  The centripetal force acting on a body of mass m moving on a circular path of radius R with a constant speed v is given by Substituting values in this formula the magnitude of required centripetal force on the body is given by And its direction

• Centripetal force explained in this solution

  Centripetal force required for motion of the car on the circular path is given by: F = mv2/R = m x 252/60.5 = 10.33m .........(1) Centripetal force required for holding the car in the circular path is 10.33 times the mass of the car.

• Force needed for circular motion

  25938 Force needed for circular motion Show all work with the answer please! Calculate the centripetal force on a 2000-kg automobile rounding a curve of 175 m radius at a speed of 50 km/h.

• The Effect of Height on a Normal Force

  In the second trial, the centripetal force is 4 times that of the centripetal force in the first trial.