ATPL Meteorology - Class 1: The Atmosphere.

ATPL Meteorology - Class 1: The Atmosphere.
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Welcome to the 1st class in the Meteorology series.
We deal with weather all the time as pilots and it is therefore important that we understand what causes it and how to predict it. In this series we will explore the basics of weather formation before moving on to see how big meteorological systems are formed.
Sign up to Airhead ATPL question bank with a 10% discount with this link:
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Aiming to assist with ATPL theory exams and the ground school aspect of ATPL training. Including helpful tips for studying and to use in the exam.
Check out the Insta for some real world examples of when we use our ATPL subjects.
Instagram: / atpl_class

[@valerianl.5140]

I just want to thank you for your videos, they are so helpfull. You keep everything clear and teach us what we have to know for the exam.
Thank to you I pass GNAV 93,5%! Keep going and thank you so much again

[@kongeand]

I’m so glad you are doing met! You sir are doing gods work, by making properly met, and ATPL videos in general!!

[@marilyncolette]

I am absolutely enjoying your classes! Thank you for your explanations and drawings to guide us and reinforce our foundations!

[@DeejayUri]

U are doing a big work! Congrats!

[@BertrandPigeon]

Great videos. Such help in studying for the ATPL. Nowadays, in the exams, the EASA considers the pressure rate is 30ft per hpa.

[@krystalwilliams841]

Doing gods work for us meteorology students thank you!

[@dploit]

Thanks a lot ! you are a very good teacher ! congrats!

[@francescaancora3197]

Thank u for what u are doing!! U are amazing helping us aspiring pilot and atpl students

[@atplclass]

Happy to hear that!

[@felixsahota397]

@@atplclasshave you got an contact details direct

[@iamra_n3189]

So, barely 18 months after converting from an Australian CASA ATPL to EASA, I now find myself doing the entire process again! This time, EASA to UK CAA...these classes are great stuff for accelerating my revision. Thanks, Grant!

[@atplclass]

Best of luck!

[@iamra_n3189]

@@atplclass Thank you sir!

[@ikxzz05]

TYSM!

[@saherhossam6862]

literally amazing

[@Ibrahimibbii]

Wow... What a great way to teach... Simple but straight learning... Very well explained basics which usually flypast many heads but your lecture has a grate teaching way... Keep it up

[@MrCed0802]

Hello,
I have been watching your videos for a while, and I find them very helpful and interesting, so thanks for that.
I hope to see somedays a series on AKG.

[@mariamomar40]

thank you so much you ara a life saver

[@arazali4002]

Excellent

[@enesipek5549]

Thank you so much!👍

[@lucasgaillez]

Your videos are great help for students like me, please stay motivated for uploading more clases they are great

[@atplclass]

I will try my best

[@najatatiq]

thank u so much u are the best person in my life 😊😊😊

[@joel5671]

I thought in the 2020 syllabus they class the pressure lapse rate as 30ft instead of 27ft

[@atplclass]

Use whatever you think is more appropriate for the new syllabus.

[@DenizeDesire-kn5rz]

For me i want to do this course but it's not there in our country 😔😔

[@ashekawahida9487]

Like the series

[@abdulbhamjee3484]

Please do some radio nav ones also 💯💯💯🙏🙏🙏

[@saoirseredmond3931]

Yes please to Radio Nav!!

[@atplclass]

I will be putting up a poll towards the end of Meteorology, so make sure and vote to see what you want.

[@yousef_vb]

Thanks bro

[@fsx781]

Thank you for doing met! 😄

[@BuddySpike23]

excellent video, are u gonna make a video on Air masses? or have u made one already? im studying for Meteorology CPL

[@atplclass]

Yes I have

[@shrishtivashisht6519]

Is it the same content which is in fdmet exam for flight dispatcher

[@BorjEssaoui-ei5nn]

Ok

[@martink3264]

I thought ISA Temp is 15°C?

[@atplclass]

It is

[@martink3264]

@@atplclass Yeah, I probably read that incorrectly. Looked like a 16 ^^

[@yashubhattarai5272]

I think it should be 78% nitrogen, 21 % oxygen and 1% other gases and water vapor making a total of 100%. Not 98% nitrogen 😅

[@atplclass]

Yeah I know, the diagram says 78%, I just don't know how to speak sometimes haha.

[@pilotjancek]

I belive that 50% density lapse rate is at 18000ft (500mb)

[@martink3264]

Isn't that pressure?

[@InternationalPaxTV]

50% density at 22.000ft