6. A and B are two adiabatic curves for two different gases. Then A and B...

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6. A and B are two adiabatic curves for two different gases. Then A and B corresponds to: 3. The ratio of tensions in the string connected to the block of mass m, in figure (a) and figure (b) respectively is (friction is absent everywhere) : [m =50 kg, m2 =80 kg and F-1000N] (a) Ar and He respectively. (b) He and Hz respectively. (c) Oz and Hz respectively. (d) H2 and He respectively 1m. (a) (b) 7. 1.7:2 Different locations of a cyclist moving with constant speed on an road of hilly region are as shown in the figure below. At which of these 2. 2:7 3. 3:4 locations would he feel heaviest ? 4. 4:3 Page: 1 6. A and B are two adiabatic curves for two different gases. Then A and B corresponds to: 3. The ratio of tensions in the string connected to the block of mass m, in figure (a) and figure (b) respectively is (friction is absent everywhere) : [m =50 kg, m2 =80 kg and F-1000N] (a) Ar and He respectively. (b) He and Hz respectively. (c) Oz and Hz respectively. (d) H2 and He respectively 1m. (a) (b) 7. 1.7:2 Different locations of a cyclist moving with constant speed on an road of hilly region are as shown in the figure below. At which of these 2. 2:7 3. 3:4 locations would he feel heaviest ? 4. 4:3 Page: 1