Explanation:
Hey there!!
Here,
we have,
As per the definition of pressure,
[tex]p = \frac{f}{a} [/tex]
Putting f = m.g and keeping a constant.
[tex]p = \frac{m.g}{a} [/tex]
Keeping m = d×v.
[tex]p = \frac{d \times v \times g}{a} [/tex]
Keep v= a.h
[tex]p = \frac{d(a.h)g}{a} [/tex]
Cancelling a from numerator and denominator,
we get,
p = hdg
Proved.
Difference between sinking and floating are:
- A body sinks when a liquid density is lessor than that of an object. Whereas, A body floats when the density of water is equal to the density of an object.
- In sinking the condition is d1(of water) > d2(of an object). Whereas, in floating the condition is d1(of water) = d2(of an object).
Hope it helps....
