Question5 Each of the two wheels of a motor bike have a mass of mw-11 kg, radius of rw 320 mm, and radius of gyration kw 0.24 m. The motor bike and rider with a total mass of m 208 kg travel round a...
Question5 Each of the two wheels of a motor bike have a mass of mw-11 kg, radius of rw 320 mm, and radius of gyration kw 0.24 m. The motor bike and rider with a total mass of m 208 kg travel round a bend of radius R = 80 m at a speed of 135 km/h. The engine rotates in the same sense as the wheels and at four times their speed. The engine rotating parts have a mass of me 12 kg and radius of gyration Ke 0.08 m. The combined center of gravity of the cycle and the rider is 0.68 m above road surface Determine the angle of banking of the track for a smooth ride without slip. [15]
Question5 Each of the two wheels of a motor bike have a mass of mw-11 kg, radius of rw 320 mm, and radius of gyration kw 0.24 m. The motor bike and rider with a total mass of m 208 kg travel round a bend of radius R = 80 m at a speed of 135 km/h. The engine rotates in the same sense as the wheels and at four times their speed. The engine rotating parts have a mass of me 12 kg and radius of gyration Ke 0.08 m. The combined center of gravity of the cycle and the rider is 0.68 m above road surface Determine the angle of banking of the track for a smooth ride without slip. [15]