Question

define cpu
$78 + 78$
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Answer 1

Answer:

6.5 °C of temperature will drop after every 1000 m up to 11km.

Long answer

Temperature lapse rate is different for different range of altitudes.

Lapse rate from:

Sea level to 11 kilometer = –0.0065 Kelvin/meter or °C/m

11 km to 25 km = 0 K/m

25 km to 47 km = +0.003 K/m

47 km to 53 km = 0 K/m

53 km to 79 km = –0.0045 K/m

79 km to 90 km = 0 K/m

90 km to 105 km = + 0.004 K/m

Note: since lapse rate is a change in temperature per unit of distance, so its unit can be in °C/m or Kelvin/m but the magnitude of lapse rate will remain same.

It is widely believed that lapse rate is always negative, that is, temperature always drops with elevation. But, in reality lapse rate can also be positive, as you can see the lapse rate values I have given above. And for some range of altitude lapse rate can be zero too.6.5 °C of temperature will drop after every 1000 m up to 11km.

Long answer

Temperature lapse rate is different for different range of altitudes.

Lapse rate from:

Sea level to 11 kilometer = –0.0065 Kelvin/meter or °C/m

11 km to 25 km = 0 K/m

25 km to 47 km = +0.003 K/m

47 km to 53 km = 0 K/m

53 km to 79 km = –0.0045 K/m

79 km to 90 km = 0 K/m

90 km to 105 km = + 0.004 K/m

Note: since lapse rate is a change in temperature per unit of distance, so its unit can be in °C/m or Kelvin/m but the magnitude of lapse rate will remain same.

It is widely believed that lapse rate is always negative, that is, temperature always drops with elevation. But, in reality lapse rate can also be positive, as you can see the lapse rate values I have given above. And for some range of altitude lapse rate can be zero too.