On a serious note, this guy deserve the best. I ALWAYS watch his videos after Lecturer lessons & understand moo better. thanks for everything Surely you are Professor
Professor Organic Chemistry Tutor, thank you for a beautiful explanation of How Manometers work on planet earth. The Manometer problems are simple to follow, however; understanding how pressure works inside of a tube is problematic. This is an error free video/lecture on UA-cam TV with the Organic Chemistry Tutor.
You're a lifesaver!! My brain was malfunctioning for all these hard science things but you explain it soooo easily!! Love your trigonometry, calculus, chemistry, and every playlist and videos there is!!
I kid you not was scratching my head for an hour class calculation practice problem. Came on here sure enough figured it out in a few seconds. You’re an hero JG🥳. Thanks
My current textbook doesn't even fully cover how to get answers from a manometer, and other examples were too complicated. This was exactly what I needed to solve for, thanks for the explanation!
I'm probably wrong, but I don't think a partially filled tube with 720mmHg will raise to 760mm when flipped into the Hg tank. The tube has to be COMPLETELY full before flipping, otherwise you a have 760mmHg air pocket in your tube--the level will not change. If you had 780mmHg, yes it would drop, the outside atmospheric pressure is too weak to support more than a 760 mm column of dense Hg.
one of the limbs of a mercury manometer is connected to a gas cylinder the mercury level in the limb connected to the gas cylinder is 10 cm higher than that in the other then the gauge pressure of the gas is____cm of hg. I got 66 cm of hg but the answer says -10 cm of hg. Am I right or is the book right?
if you use mercury it will be in mm but if you use another liquid (less denser) it might be in cm...for instance water...has 10.3m of height to equal the weight of 1 atm..this experiment was actually first carried out by accident in italy where the underground water couldnt reach a heinght higher than 10.3 m ...ua-cam.com/video/EkDhlzA-lwI/v-deo.html check this out for more info..
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1st reply, 7 months later
On a serious note, this guy deserve the best. I ALWAYS watch his videos after Lecturer lessons & understand moo better. thanks for everything
Surely you are Professor
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Ikr ? Just what i thought
Professor Organic Chemistry Tutor, thank you for a beautiful explanation of How Manometers work on planet earth. The Manometer problems are simple to follow, however; understanding how pressure works inside of a tube is problematic. This is an error free video/lecture on UA-cam TV with the Organic Chemistry Tutor.
You're a lifesaver!! My brain was malfunctioning for all these hard science things but you explain it soooo easily!! Love your trigonometry, calculus, chemistry, and every playlist and videos there is!!
Had a question exactly like this and had no idea how to do it, after 5 minutes I know. Thanks for the great video :)
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My teacher took 1 hour to get this concept in our heads and was very unsuccessful by doing so,with ur 10 minute video,I understood everything.
My man! Love the clear and simple explanation of this complicated model. Have a nice day!
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I kid you not was scratching my head for an hour class calculation practice problem. Came on here sure enough figured it out in a few seconds. You’re an hero JG🥳. Thanks
My current textbook doesn't even fully cover how to get answers from a manometer, and other examples were too complicated. This was exactly what I needed to solve for, thanks for the explanation!
Thanks bud this was really helpful and straight forward cos I watched a lot of videos and they were not only long bud also useless
Language can't stop science
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Thank you very much, i have been suffering with this for a long time and now ur explanation has brought relief to me.
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I'm probably wrong, but I don't think a partially filled tube with 720mmHg will raise to 760mm when flipped into the Hg tank. The tube has to be COMPLETELY full before flipping, otherwise you a have 760mmHg air pocket in your tube--the level will not change. If you had 780mmHg, yes it would drop, the outside atmospheric pressure is too weak to support more than a 760 mm column of dense Hg.
I am probably worng but don't think aproblity filled tube 720mmhg problem Hai
I feel what you said makes a good sense
Thanks
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You are good buh your questions are too easy
can the formula used to calculate liquid pressure phg used to calculate air pressure given density of air ,height of air and g
Thanks
Will you be covering gamma values?
How much bigger barometer required which gives Gwh electricity turbine turned by its moving of fluid due to atmospheric pressure
Does the answer depends if the manometer is Closed or Open?.
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What ???
That may be a "gauge" Boston accent. The following URL documents an "absolute" Boston accent ... ua-cam.com/video/r0IQCLQDfKw/v-deo.html
I saw the thumbnail and I had to click jeez
What if we make a manometer which turned the turbine of GWh electricity so we got extra energy from atmospheric pressure ?
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one of the limbs of a mercury manometer is connected to a gas cylinder the mercury level in the limb connected to the gas cylinder is 10 cm higher than that in the other then the gauge pressure of the gas is____cm of hg. I got 66 cm of hg but the answer says -10 cm of hg. Am I right or is the book right?
Einstein reborn
i didnt understand , why did he add 760 to 60 ? like why should we add pressure + high ?
Exactly. That's also what is confusing me right now 😐
helpfull
He got masters in all streams
1:50
How the gas get inverted from mercury to become vacuum
Does the patm have to be in mm or can it be cm???
if you use mercury it will be in mm but if you use another liquid (less denser) it might be in cm...for instance water...has 10.3m of height to equal the weight of 1 atm..this experiment was actually first carried out by accident in italy where the underground water couldnt reach a heinght higher than 10.3 m ...ua-cam.com/video/EkDhlzA-lwI/v-deo.html check this out for more info..
you speak less and you do more
thanks a lot
A turbine of TWh electricity turned by a bigger barometer so we got energy round the world and free
What if atmospheric pressure is not given
Using meters as your units for pressure is really throwing me off. Pa or atm? Since when is meters a unit of pressure?
meters are not a unit of pressure. "millimeters of mercury" is. its the same thing as torr. Youve heard of torr right?
Pls anybody tell me what is
mm hg
millimeters of mercury
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more than a pet your my best friend
to cool to forget
come back cause we are family and
forgive for making you wanna roam
now my heart is beating like the saddest metronome
somewhere i hope your reading my latest three word poem
gary come home
temtood
I’m in love with you
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