If you were to use a syringe with a smaller diameter, you would need to apply less force to generate the same pressure. Force = Pressure / Surface Area of the piston head. If you halved the syringe diameter, you'd need 1/4 as much force to generate the same pressure.
So it was 50 psi? What is 5000 psi then (a real pressure in a gas/oil reservoar)??? Can‘t help waiting for seeing it in your next video😂! This one was great, btw❤!
Thank you so much for the demonstration, the theory sounded much more complicated!
Thank you so much this helped me understand the test 💙💙
Dude great video was finding a difficulty understanding the test
This is nice Jimmy! I love it; and the filter passed! Yeah!
Very clear thank you so much
If you were to use a syringe with a smaller diameter, you would need to apply less force to generate the same pressure. Force = Pressure / Surface Area of the piston head. If you halved the syringe diameter, you'd need 1/4 as much force to generate the same pressure.
So it was 50 psi? What is 5000 psi then (a real pressure in a gas/oil reservoar)??? Can‘t help waiting for seeing it in your next video😂! This one was great, btw❤!
thanks for the video!
Спасибо, мужик.
thank you!
the video is very informative
Sir can I check hyd- fiter elements this processes for example 15 microns value
thanks
Smaller syringe will generate same pressure with less force!
Was going to say this too
go BU