Sir, while you talk about katabatic wind at the leeward side of the mountain and its rise in temperature due to the adiabatic process what you mean is that in the adiabatic process heat transfer is zero and all the rise in temperature of wind is due to the negative of work done by the wind( which is, in this case, is coming down from the slop ) according to the first law of thermodynamic. is this what you want to tell or I didn't understand correctly??
Descending air warms: As the now drier air descends on the leeward side of the mountain (down into the valley), it compresses due to increasing pressure at lower altitudes. This compression causes the air to warm up. This is adiabatic compression
An adiabatic process is a thermodynamic process in which no heat is exchanged between the system and its surroundings. In other words, all changes in temperature within the system are due solely to internal changes like compression or expansion, without any heat being transferred into or out of the system.
High pressure low pressure should not be taken independently as if high temperature will always lead to low pressure and low temperature will always lead to high pressure.it is a relative concept .by your concept there will no land breeze or sea breeze.just think like this:-in summer there is high temperature all around but by the concept of specefic heat ,as land has less specific heat ,land will be heated fast leading to relatively low pressure during day time comparing with that of sea as it is being heated slowly so cooler than land at the same time but we can say that it is cold we can say is is colder than land so there will be high pressure on sea( water ). But it is reverse in night time as land cools faster leading to relatively more pressure than water that is it will be high pressure and sea will be low pressure. So here in this concept too top of the mountain is heated fast leading to relatively low pressure , then there will be valley breeze from valley,but at night i mountain top will cool faster as heat is also radiated fast here leading to high pressure ( im not telling that valley is hot in fact it is also cold but not much as cold as mountain too)so there will be mountain breeze from mountain As this breeze is cold it uplifts relatively warmer valley air mass and lead to inversion of temperature where warm air is above and cold air is below I think this might be sufficient ....
Dont misinterpret High pressure winds as coolest winds.... HP and LP are just comparisons with eachother ..... HP and LP are comparison of winds at any particular place......
It is always comparative and yes high pressure winds are normally cooler than the low pressure winds . Or you can say in the warmer regions air rise up quickly creating low pressure than the surrounding cooler regions .
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Sir, while you talk about katabatic wind at the leeward side of the mountain and its rise in temperature due to the adiabatic process what you mean is that in the adiabatic process heat transfer is zero and all the rise in temperature of wind is due to the negative of work done by the wind( which is, in this case, is coming down from the slop ) according to the first law of thermodynamic. is this what you want to tell or I didn't understand correctly??
Thanku sir ji
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Very nice explanation
Descending air warms: As the now drier air descends on the leeward side of the mountain (down into the valley), it compresses due to increasing pressure at lower altitudes. This compression causes the air to warm up. This is adiabatic compression
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An adiabatic process is a thermodynamic process in which no heat is exchanged between the system and its surroundings. In other words, all changes in temperature within the system are due solely to internal changes like compression or expansion, without any heat being transferred into or out of the system.
Sir 11 geo another part complete kijiye.. 12th also...
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25Aug,2023
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Sir with high altitude temp goes down then Mountain should have high pressure pls rply sir🙏🏼🙏🏼
same querry from my side , incase u found the answer kindly share
Did you get the answer??
only relative concept of hp - lp
High pressure low pressure should not be taken independently as if high temperature will always lead to low pressure and low temperature will always lead to high pressure.it is a relative concept .by your concept there will no land breeze or sea breeze.just think like this:-in summer there is high temperature all around but by the concept of specefic heat ,as land has less specific heat ,land will be heated fast leading to relatively low pressure during day time comparing with that of sea as it is being heated slowly so cooler than land at the same time but we can say that it is cold we can say is is colder than land so there will be high pressure on sea( water ). But it is reverse in night time as land cools faster leading to relatively more pressure than water that is it will be high pressure and sea will be low pressure.
So here in this concept too top of the mountain is heated fast leading to relatively low pressure , then there will be valley breeze from valley,but at night i mountain top will cool faster as heat is also radiated fast here leading to high pressure ( im not telling that valley is hot in fact it is also cold but not much as cold as mountain too)so there will be mountain breeze from mountain
As this breeze is cold it uplifts relatively warmer valley air mass and lead to inversion of temperature where warm air is above and cold air is below
I think this might be sufficient ....
sir el nino vali video kab upload hogi. Pura concept include kariyega sir
thanq sirr
Thankuuu
Sir , Adiabatic wind aas pass se heat absorb nhi karti hai ... Wikipedia me likh hai it does not effect with outer temp .
What is the difference between katabatic and mountain wind or are they same
Sir u r 👌👌👌
katabatic vs air drainage ??
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Thank you sir 😊but videos jyada he chhoti chhoti krdi h😅
High elevation par low pressure kyun hoga ? Elevation k sath to temperature decrease honi chahiye na
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sir is it necessary that high pressure wind is always cold?
anyone explain
Dont misinterpret High pressure winds as coolest winds.... HP and LP are just comparisons with eachother ..... HP and LP are comparison of winds at any particular place......
@@ujjwalanand4727 late reply but thanks 😅
It is always comparative and yes high pressure winds are normally cooler than the low pressure winds . Or you can say in the warmer regions air rise up quickly creating low pressure than the surrounding cooler regions .
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