Thanks for the info. Average density of ship is less than the density of water, that's why it floats on water. Also, the magnitude of buoyancy is equal to the water displaced by the ship, and the weight of the displaced water is equal to that of the ship's weight which in turn, negates the weight of the ship that is pulling it downward due to gravity, creating an equilibrium.
Well explained, thank you, not these other videos not explaining where the bouyancy comes from, instead they all just saying ships float because of bouyancy
What about the shape of the bottom of the ship? If the ships bottom was shaped like a knife, it would sink. The wide shape of the bottom of the shape gives the water more surface area to push the ship up.
Thanks for the info.
Average density of ship is less than the density of water, that's why it floats on water.
Also, the magnitude of buoyancy is equal to the water displaced by the ship, and the weight of the displaced water is equal to that of the ship's weight which in turn, negates the weight of the ship that is pulling it downward due to gravity, creating an equilibrium.
Thank you for the comment and inputs
"the weight of displaced water is equal to ships weight" is that statement correct?
Very well explained the concept of law of floation. Appreciate your efforts.
Glad you liked it
Thanks so much bro
I was soo confused..
❤❤
BTW amazing explanation 👏
Glad to hear that
Great. Keep it up sir . Just support us (Mariners) by making these types of video ❤️⚓
Thank you Chandan for your comment and support 👍
Nice video..And great work my friend Karthik!!
Do a overview of the job of eto, please.
Thank you for the suggestion 👍
Good and super information 😊
Great piece
I love it
Great vid
Glad you liked it, Please share and support
Well explained🙏
Thank you 😃
Well explained, thank you, not these other videos not explaining where the bouyancy comes from, instead they all just saying ships float because of bouyancy
Make a video on ships equipments
Sure 👍
Can we say that volume of displacement that moved by the ship is (less/greater) than volume of ship?
How does buoyancy affect ship stability?
ii like how he liked this question but didnt respond to it xD
yes it does
Thank you
thanks a lot
Pls make a video on air conditioning plant onboard ship
What about the shape of the bottom of the ship? If the ships bottom was shaped like a knife, it would sink. The wide shape of the bottom of the shape gives the water more surface area to push the ship up.
Great
Cover all incident of maritime World
Nice vedio
Glad you liked it.
lebih padat
👍🏻
Thank you so much.
Can u please make Archimedes look younger .. like he's only 22 when he found this principle 😪😂every videos shows like he's an old wise men
😂
Bruh 😂😂😂
Wow 😳