Pressure at the top of Mount Everest is more than at the sea level

True

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False

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Solution

The correct option is B False

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Q. What is the acceleration due to gravity on the top of Mount Everest? Mount Everest is the highest mountain peak of the world at the height of 8848 m. The value at sea level is 9.80 m s⁻².

Q. The air density at Mount Everest is less than that at the sea level. Mountaineers find that for one trip lasting a few hours, the extra oxygen needed by them corresponds to

30, 000 cc

at sea level (pressure 1 atmosphere, temperature

27^{\circ} C

). Assuming that the temperature around Mount Everest is

- 73^{\circ} C

and that the oxygen cylinder has a capacity of

5.2 litre

, the pressure at which

O_{2}

be filled (at site) in the cylinder is

Q. The air density at Mount Everest is less than that at sea level. It is found by mountain for one trip lasting a few hours,the extra oxygen needed by them correspond to 30000 cc sea level (pressure = 1 atmosphere,temperature =

27^{\circ} C

) Assuming that the lens around Mount Everest is

- 73^{\circ} C

and that the oxygen cylinder has capacity of 5.2 litters. The pressure at which oxygen be filed (at sire) in the cylinder is

Q. The air density at Mount Everest is less than that at the sea level. It is found by mountaineers that for one trip lasting a few hours, the extra oxygen needed by them corresponds to 30,000cc at sea level (pressure 1 atmosphere, temperature 27

^{o}

C). Assume that the temperature around Mount Everest is -

73^{o}

C and that the oxygen cylinder has a capacity of 5.2 litters. The pressure at which oxygen be filled (at site) in the cylinder is

The air density at Mount Everest is less than that at the sea level. It is found by mountaineers that for one trip lasting a few hours, the extra oxygen needed by them corresponds to 30,000 cc at sea level (pressure 1 atmosphere, temperature $27^{\circ}$ . Assuming that the temperature around Mount Everest is $- 73^{\circ} C$ and that the oxygen cylinder has capacity of 5.2 litre, the pressure at which $O_{2}$ be filled (at site) in cylinder is

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