show that the pressure exerted by a liquid column
proportional to its height and the density of liquid.
Answers
Explanation:
We know that
Pressure exerted by liquids is given by
P=h.d.g
Where
h=height of liquid column
d=density of liquid
g=Acceleration due to gravity
Hence it is clear
Pressure exerted by liquid is directly proportional to its density.
Hope it helps you
Please mark as brainlei
Comments Report
handgunmaine Ambitious
The pressure exerted by a liquid is directly proportional to its density.
Explanation:
The force acting per unit area is called pressure exerted. It is given by :
On the liquire, force, F = mg
If d is the density of liquid. It is given by :
m = dV
So, pressure becomes,
So, the pressure exerted by a liquid is directly proportional to its density.
Learn more,
Pressure
brainly.in/question/8221945
5.0
1 votes
THANKS
1
Comments Report
The Brain Helper
Not sure about the answer?
SEE NEXT ANSWERS
Newest Questions
When a listener moves towards a stationary source, the pitch of sound increaseExplain
A bullet of mass 20g is horizontally fired with a velocity 150 m/s from a pistol of mass 2 kg. What is the recoil velocity of the pistol??? Plz guys
When a torque acting on a system is zero, which of the following is constant? A) Force B) Linear momentum C) Impulse D) None of these
Hii anyone knows chatter box
Find No of mole20.066X1023 oxygen atoms
The potential energy of a spring when stretched through 10cm if 5j. The work done to stretch the spring through an additional distance of 10cm is (A)
A negative charge released from a point P moves along the line ab the potential at a is 15 v and it where is uniformly along a b find the potential of
9. Show dimensionally that the frequency n of transverse waves in a string oflength I and mass per unit length m under a tension T is given by n =k/l√
A moving body is covering a distance which is directly proportional to cube of the time then acceleration is
Find No of mole20.066 X 1023 oxygen atoms
Answer:
cause of P= hdg
Explanation:
here we know that pressure exerted by any liquid column is P= hfg
here P = pressure exerted by liquid
d = density of the liquid
h = height of the cloumn
g = acceleration due to gravity