A mass M slides without friction on the roller coaster track shown in the figure. The curved sections of the track having radius of curvature R . The mass begins its descent from the height h . At some value of h , the mass will begin to lose contact with the track . Calculate the minimum value of h for which this the mass lose the contact with track ?

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A mass M slides without friction on the roller coaster track shown in the figure. The curved sections of the track having radius of curvature R . The mass begins its descent from the height h . At some value of h , the mass will begin to lose contact with the track . Calculate the minimum value of h for which this the mass lose the contact with track ? h M Vo RA Fig. 1.4. 30 R A mass M slides without friction on the roller coaster track shown in the figure. The curved sections of the track having radius of curvature R . The mass begins its descent from the height h . At some value of h , the mass will begin to lose contact with the track . Calculate the minimum value of h for which this the mass lose the contact with track ? h M Vo RA Fig. 1.4. 30 R A mass M slides without friction on the roller coaster track shown in the figure. The curved sections of the track having radius of curvature R . The mass begins its descent from the height h . At some value of h , the mass will begin to lose contact with the track . Calculate the minimum value of h for which this the mass lose the contact with track ? h M Vo RA Fig. 1.4. 30 R

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