[" 36.If the road of the previous problem is horizontal (no banking),what should be the minin "],[" friction coefficient so that a scooter going at "18km/h" does not skid? (Take "g=10ms^(-2)" ) "],[[" (A) ",0.25," (B) ",0.18]]

If the road of the previous problem is horizontal (no banking), what should be the minimum friction coefficient so that a scooter going at 18km//h does not skid?

If the road of the previous problem is horizontal (no banking), what should be the minimum friction coefficient so that a scooter going at 18km//h does not skid?

If the road of the previous problem is horizontal (no banking), what should be the minimum friction coefficeint so that a scooter going at 18 km/hr does not skid?

If the road of the previous problem is horizontal (no banking), what should be the minimum friction coefficeint so that a scooter going at 18 km/hr does not skid?

If the road of the previous problem is horizontal (no banking), what should be the minimum friction coefficeint so that a scooter going at 18 km/hr does not skid?

If the road is horizontal (no banking), what should be the minimum friction coefficeint so that a scooter going at 18 km/hr does not skid for r=10m ?

A car goes on a circular horizontal road of radius 100 m. What should be the minimum coefficient of friction between the tyres and the road so that it completes the circle with velocity 10 m/s without slipping ? (Take g=10m//s^(2) )

A car goes on a circular horizontal road of radius 100 m. What should be the minimum coefficient of friction between the tyres and the road so that it completes the circle with velocity 10 m/s without slipping ? (Take g=10m//s^(2) )

A circular road of radius 50m has the angle of banking equal to 30^(@) . At what should a vehicle go on this road so that the friction is not used?

A circular road of radius 50m has the angle of banking equal to 30^(@) . At what should a vehicle go on this road so that the friction is not used?