Thanks soo much actually today i have a test about this topic called buoyancy i have understood very clear about this now am able to understand it will become usefull to every student
How old are you ?and what is your proffesion? I love watching your vidoes, its not just how well you know these things but the explatation is super good.
Pressure at point A is because of the overlying weight of water so it exerts force in the downward direction so how does pressure act in upward direction.
You said "anytime you place an object with a higher density thank water it will sink" and vice versa, which cannot be true because all boats and even air craft carriers float on water when they are much denser than water. The reason they're floating may be indirectly related to density but the direct reason objects float is because the bouyant force is greater than the weight force of the object.
@@designerextreme yea that's what gives it the bouyant force. I understand what you're saying I was just saying density determines whether something will float is kinda misleading. The boat itself is way denser than water.
@@ethanpatch6840 the metallic part has higher density, the air in it has lower density, so the overall density of the system (boat) is lower than the water
@@designerextreme bro I know that. You're not listening to anything I'm saying. Do you even know what buoyancy is? I'm saying it makes more sense to say bouyant force is what makes something float not density.
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Thank you for giving us all these videos, I used to watch these past the years and now im graduated ty! ill never forget your help
Amazing, keep doing it my man and btw your voice is so relaxing
Excellent description, excellent graphics, like your style, keep it going.
Thanks soo much actually today i have a test about this topic called buoyancy i have understood very clear about this now am able to understand it will become usefull to every student
As a former member of the USN SUBMARINE SERVICE I support buoyancy.
Thank you for supporting buoyancy sir
Yeah buoy! Thanks for all the videos dude!
Thank you sir. Keep up the good work! :)
How old are you ?and what is your proffesion?
I love watching your vidoes, its not just how well you know these things but the explatation is super good.
thanks bro this is what got me to pass my test gg
Dang, I had a test on buoyancy yesterday. Great video though for the future test taker
Great video
Pressure at point A is because of the overlying weight of water so it exerts force in the downward direction so how does pressure act in upward direction.
Sir, when the ball is tied to copper wire doesn't it experience hydraulic pressure due to the fluid?
Are buoyancy and upthrust the same thing? If not how are they different?
if yes why did we require another name for it
You said "anytime you place an object with a higher density thank water it will sink" and vice versa, which cannot be true because all boats and even air craft carriers float on water when they are much denser than water. The reason they're floating may be indirectly related to density but the direct reason objects float is because the bouyant force is greater than the weight force of the object.
I know this is kinda late but boats are made in such a way that theres air in it , this is done to reduce overall density so that it may float
@@designerextreme yea that's what gives it the bouyant force. I understand what you're saying I was just saying density determines whether something will float is kinda misleading. The boat itself is way denser than water.
@@ethanpatch6840 the metallic part has higher density, the air in it has lower density, so the overall density of the system (boat) is lower than the water
@@designerextreme bro I know that. You're not listening to anything I'm saying. Do you even know what buoyancy is? I'm saying it makes more sense to say bouyant force is what makes something float not density.
Beyonce
bouyancy? bUOYANCY ? Is THat yOU?