Very, very useful video, thank you so much. It would help us more if you would drop or lower the music volume, as it is very difficult to hear you and concentrate.
Fantastic video. The music is a bit too loud and somewhat overpowers the voice. You have to listen closely. But the content and explanations are remarkable. Thx
My harddrive wiped out all the original edits at the end of last year so unfortunately I can't edit the volume of the music. I have listened to feedback and the new videos have very low or no background music at all.
Hi Grant. Many thanks for the videos. They are a great help used them for ATG and MET. Passed both first time all the way from South Africa. On to the next! Cheers 💪
Hey! I was wondering if I could ask for some tips. Do you do much note taking when you studied for these ATPL's? Sometimes I feel as though I waste time taking too many notes or ones which I won't look at again.
I took lots of notes with lots of diagrams and pictures. There are a lots of studies out there which basically say that your memory retention is much higher if you physically write down the information and draw the diagrams etc. Everyone is different though so do a bit of trial and error. Maybe test yourself with some subcategories in a question bank? One where you took notes VS one you didn't and see which you perform better at? Let me know how it goes as it's interesting to see how people learn.
It's based off my notes from when i did the exams a few years ago so it won't be fully up to date to the new syllabus. The principles of flight didn't suddenly change overnight though, so most of the information will still be relative.
It's about mass per unit volume. Water Vapour on a molecular level has a lower mass than the regular N2 and O2 molecules that make up most of the air. So when the air is full of H2O molecules (in water vapour) it kicks out the heavier N2 and O2 molecules meaning that the overall mass of a volume of air is lower. Therefore the density is lower.
@martinduran9523 - I was wondering the same thing, but HEUREKA - this really is true: Water (H2O): The molecular weight of water is approximately 18.015 atomic mass units (u). This is calculated by adding the atomic masses of two hydrogen atoms (each with a mass of approximately 1.008 u) and one oxygen atom (with a mass of approximately 15.999 u). Oxygen (O2): The molecular weight of oxygen gas (O2) is approximately 31.998 u. This is calculated by adding the atomic masses of two oxygen atoms (each with a mass of approximately 15.999 u).
My harddrive wiped out all the original edits at the end of last year so unfortunately I can't edit the volume of the music. I have listened to feedback and the new videos have very low or no background music at all.
@@atplclass Hey, I really appreciate your videos, they've helped me a great deal studying for all ATPL subjects. I agree that the music is a bit too loud and I found it very hard to concentrate on what you were saying. I managed to remove almost all the background music from your PoF videos, which made it much easier to listen and understand. If you're interested, I can send you the files and you can re-upload them, all you'd have to do would be add the intro music as that was also removed. Thank you for your videos!
thansk for videos! but i wish you drop the background music, it is hard sometimes to hear clearly
I will lower the music volume down in future
I would just remove the background music entirely. It’s not needed at all.
Very nice but the music is quite annoying. I wish you can tune it down
Very, very useful video, thank you so much.
It would help us more if you would drop or lower the music volume, as it is very difficult to hear you and concentrate.
Fantastic video. The music is a bit too loud and somewhat overpowers the voice. You have to listen closely. But the content and explanations are remarkable. Thx
Really good explanation, but can you lower the volume of the music ?
My harddrive wiped out all the original edits at the end of last year so unfortunately I can't edit the volume of the music. I have listened to feedback and the new videos have very low or no background music at all.
This is what we call a teacher, teaching is a calling in my view not everyone is call to teach.
Thanks for the videos! Just passed pof, and they helped tremendously!
Hi Grant. Many thanks for the videos. They are a great help used them for ATG and MET. Passed both first time all the way from South Africa. On to the next! Cheers 💪
Very good explanation but the music in the background distracts thanks for your efforts
Thank you teacher 👨🏫
Great video, Thank you! just Humidity starts at 8:50=)
Informative and all your videos are very useful , Thank you very much for your efforts
The video is good but difficult to listen due to the loud background music.
Thanks Gran! Perfect video👍
I love your videos if you can omit the background music it would be helpful thank you
Ok thanks!
thank u sooo much i hope u conntuniu in this
Hi your videos are extremely helpful, do you think you could make a few videos on Performance
Thanks
Hey! I was wondering if I could ask for some tips.
Do you do much note taking when you studied for these ATPL's? Sometimes I feel as though I waste time taking too many notes or ones which I won't look at again.
I took lots of notes with lots of diagrams and pictures.
There are a lots of studies out there which basically say that your memory retention is much higher if you physically write down the information and draw the diagrams etc.
Everyone is different though so do a bit of trial and error. Maybe test yourself with some subcategories in a question bank? One where you took notes VS one you didn't and see which you perform better at?
Let me know how it goes as it's interesting to see how people learn.
@@atplclass Sure, thank you :)
I'll watch your videos soon to further add to my Revision, thanks man!
Very informative but please remove the music, it makes it hard to hear you at times and is distracting. Aside from that, a very informative video!
@atplclass is the whole subject based on the new syllabus 2020? Also do you cover the whole subject?
It's based off my notes from when i did the exams a few years ago so it won't be fully up to date to the new syllabus. The principles of flight didn't suddenly change overnight though, so most of the information will still be relative.
@@atplclass fair enough. Can you cover some of the new syllabus topics that are not covered here please? Would be much appreciated
@@tuhent3209 I don't know what the new topics are. I'm no longer a student so i am not aware of the changes.
Thanks
A very good video but adding music really ruins this 😞
hai grant.. love your vid.. can you explain abit on 1' c = 1' k but 0'c = 273'k.. i dont understand where the 1c = 1k thankyou in advance
cus if 0'c = 273'k that means 1'c=274'k.. am i right?
It's the steps. 1 degree change in kelvin is the same as 1 degree change in celcius. It's not like 1 unit of K = 2.65 units of C.
@@marcchua2252 yes, you're right. Same applies for 2 degrees Celsius, which would be 275 degrees Kelvin.
My favourite youtuber got a haircut!
At 15" we hear "Degrees Kelvin" - those are not degrees, Kelvin is a unit itsellf, e.i.: 15 dergees Celsius = 288 Kelvin. ;>
Please remove music while explaining thanks for videos
I don't understand. Surely if the air is more moist the density would be higher because there is more gas per unit of volume.
It's about mass per unit volume. Water Vapour on a molecular level has a lower mass than the regular N2 and O2 molecules that make up most of the air. So when the air is full of H2O molecules (in water vapour) it kicks out the heavier N2 and O2 molecules meaning that the overall mass of a volume of air is lower. Therefore the density is lower.
@martinduran9523 - I was wondering the same thing, but HEUREKA - this really is true:
Water (H2O): The molecular weight of water is approximately 18.015 atomic mass units (u). This is calculated by adding the atomic masses of two hydrogen atoms (each with a mass of approximately 1.008 u) and one oxygen atom (with a mass of approximately 15.999 u).
Oxygen (O2): The molecular weight of oxygen gas (O2) is approximately 31.998 u. This is calculated by adding the atomic masses of two oxygen atoms (each with a mass of approximately 15.999 u).
Thnx!!
Please there's no such thing as decree kelvin
no music needed.
Can you please remove the music?
My harddrive wiped out all the original edits at the end of last year so unfortunately I can't edit the volume of the music. I have listened to feedback and the new videos have very low or no background music at all.
@@atplclass Hey, I really appreciate your videos, they've helped me a great deal studying for all ATPL subjects. I agree that the music is a bit too loud and I found it very hard to concentrate on what you were saying. I managed to remove almost all the background music from your PoF videos, which made it much easier to listen and understand. If you're interested, I can send you the files and you can re-upload them, all you'd have to do would be add the intro music as that was also removed. Thank you for your videos!
@@fabiogon98can you send me the files on my email
We are not understanding in English can you change it into hindi
I do not speak Hindi. You need to speak English as a commercial pilot anyway, use this as English practice as well!