Question

Compared to plains, the atmospheric pressure on hills is__________ .
a. More
b. Less
C. Same
d. Constant​

Answer 1

Answer:

b. Less

Explanation:

The atmospheric pressure on hills is less as compared to the plains. The reason behind the less pressure on hills is that air pressure decreases with the increase in altitude. The sea level has the highest atmospheric pressure (1atm). The air pressure is one-third of the sea level’s air pressure on the top of the tallest mountain on earth (Mount Everest).

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Answer 2

The atmospheric pressure on hills is (b) less as compared to plains.

Why is it less?

• The atmospheric pressure is lower than in the planes and hence water bubbles at a temperature lower than 100°C causing an expansion in cooking time.
• Strain on Earth fluctuates with the elevation of the surface; so gaseous tension on mountains is generally lower than pneumatic force adrift level.

Is hard to cook in hills when contrasted with planes?

• Water bubbles at a lower temperature on the slopes, where the environmental tension is lower than in the fields.
• To this end it requires a longer investment to cook in sloping districts.

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