Why are there no atmospheric pressure acting on top of the tube? the glass tube can't just cancel the air on top of it right. Because if so, this wouldn't work
Shouldn't it be 101'325 Pa or 101,325 kPa? I'm a little cofused. I tried to calculate the air pressure like Torricelli did. My calculation was P(0.76m) = 0.76m * 13.6 (kg/m^3) * 9.81 (m/s^2) my result was 101,39616 Pa. I don't know what I did wrong...
Woah! That was amazing 👍🏻
I like it how you explain slowly and clearly! I understand it now :D Ty
Thank you! Finally understood how the barometer works
It's really helpful thank you👌
Thanks alot keep going and uploading in youtube
excellent video!
thank you, it helped me
Wow thanks man
You try to give the video more brightness it will be great if you do
The unit of choice is hPa. Hecto Pascal. One ATM is 1013 HPa. Which is the same as mB millibar.
I have not seen mm Hg very often.
Why are there no atmospheric pressure acting on top of the tube? the glass tube can't just cancel the air on top of it right. Because if so, this wouldn't work
There is no air on the top of the tube, it's vacuum.
thanks...
0:22 i know that
Shouldn't it be 101'325 Pa or 101,325 kPa? I'm a little cofused. I tried to calculate the air pressure like Torricelli did. My calculation was P(0.76m) = 0.76m * 13.6 (kg/m^3) * 9.81 (m/s^2) my result was 101,39616 Pa. I don't know what I did wrong...
Yeah I had the same question, should be kPa
no obviously not see .76m=760 mm lol
oh damn u many nt need my ans its actually 2 yrs ago ..
1013 hPa is 760 torr
Nerd
You try to give the video more brightness it will be great if you do