I don't understand one thing from what u have said " when fluid is heated mass remains constant but volume increases that means density decrease." i think it is like this is when a fluid is heated mass decreases because of the evaporation process in this case the volume also decrease that means density decrease.
Assume no evaporation, the liquid expands but it still weighs the same. It cools down and contracts back to its original volume and still weighs the same. Put some milk and water in a saucepan and heat it, watch how quickly it expands in volume
We just learned that Pounds are your weight in relation to gravitational acceleration. And that KG are just your mass w/o gravity. So why are they using lbs/m^3 for the Imperial unit when calculating Rho=M/V ??
Paul I have a struggle in my mind: if water or other incompressible fluids can't change their density then how a pump builds up pressure? I mean a compressor compress gas means pressure increases and therefore also the density. But it's not like that for water.
Why wouldn't density be measured in imperial by slugs/ft^3. Pounds are a measure of weight (like newtons) not matter (like kilograms). Probably because saying slugs make you sound incredibly silly.
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Aluminum is pronounces Al-you-min-ium in the UK, not the US, just fyi! cheers!
Great overview of density!
3:55 question
0:44 answer
^^
I don't understand one thing from what u have said " when fluid is heated mass remains constant but volume increases that means density decrease." i think it is like this is when a fluid is heated mass decreases because of the evaporation process in this case the volume also decrease that means density decrease.
Assume no evaporation, the liquid expands but it still weighs the same. It cools down and contracts back to its original volume and still weighs the same. Put some milk and water in a saucepan and heat it, watch how quickly it expands in volume
At 1:47, "Al-you-mini-um" is British, not the American "Al-loo-min-um".
Had to scroll through here to make sure I wasn't losing my mind.
Awesome. Create more video on electrical and electronics.
Who else is watching this the night before an exam😂
10 minutes before an exam
Whop it's a piece of cake.thank you
great one!!
Create video on hospital or pharma hvac system....
bro this video is helping me understand physics
KEEP IT UP
We just learned that Pounds are your weight in relation to gravitational acceleration. And that KG are just your mass w/o gravity. So why are they using lbs/m^3 for the Imperial unit when calculating Rho=M/V ??
Paul I have a struggle in my mind: if water or other incompressible fluids can't change their density then how a pump builds up pressure? I mean a compressor compress gas means pressure increases and therefore also the density. But it's not like that for water.
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Thanks
Nice 😊
Amazing video
thank
Am I the only one who read it as "What is Destiny" instead of density the first glance?
i like how 51,000 people have seen this vid but only 552 people have like or disliked
Why wouldn't density be measured in imperial by slugs/ft^3. Pounds are a measure of weight (like newtons) not matter (like kilograms).
Probably because saying slugs make you sound incredibly silly.
I'm here for a science project 😎🧐
❤
Americans say Aluminum not AlOhMinYOuum
Aloooominum
I got even more confused
Seria bueno que a tus vídeos le pongues subtítulos en español...se ve interesante pero no entiendo nada :(
ya hay subtítulos seleccione el botón "cc" en la esquina inferior derecha
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