A fluid container is containing a liquid of density r is is accelerati...
First resolve all components in the along and perpendicular to incline. Pressure difference is created in a vertical column full of liquid. This is because of gravity acting in downward direction. Similarly, pressure difference will be created too along the incline. So, p = h * d * g * cosa (in perpendicular direction) and
p = hd (a + g sina) (along incline).
So, tan(theta) = (a + gsina)/(gcosa)
View all questions of this testA fluid container is containing a liquid of density r is is accelerati...
First resolve all components in the along and perpendicular to incline. Pressure difference is created in a vertical column full of liquid. This is because of gravity acting in downward direction. Similarly, pressure difference will be created too along the incline. So, p = h * d * g * cosa (in perpendicular direction) and
p = hd (a + g sina) (along incline).
So, tan(theta) = (a + gsina)/(gcosa)
A fluid container is containing a liquid of density r is is accelerati...
First resolve all components in the along and perpendicular to incline. think about it, pressure difference is created in a vertical column full of liquid. why? because of gravity acting in downward direction. similarly pressure difference will be created too along the incline. so, p=hdgcosa ( in perpendicular direction) and p= xd (a +gsina) (along incline).