Figure shows for containers of olive oil. The pressure at depth h is

Four container of honey are shown in the figure. The pressure at depth h is

Four container of honey are shown in the figure. The pressure at depth h is

Write the formula of pressure at depth h in liquid .

Figure (b) shows the variation of pressure ( p ) with depth ( h ) along a vertical wall supporting two liquids of different densities as shown in Fig. (a). Identify the correct variation of pressure in the liquid of density rho_(2) .

Figure (b) shows the variation of pressure ( p ) with depth ( h ) along a vertical wall supporting two liquids of different densities as shown in Fig. (a). Identify the correct variation of pressure in the liquid of density rho_(2) .

What do you mean by Gauge pressure at a depth h inside the liquid?

Consider a liquid at rest in a container which opens into atmosphere. At any point A at a depth h below the surface of the liquid, (i) the gauge pressure at point A is rho gh. (ii) the gauge pressure at point a is P _(a)+rhogh. (iii) The pressure at point A is rhogh. (iv) The pressure at point A is Pa + rho gh. The correct alternative is

Consider a liquid at rest in a container which opens into atmosphere. At any point A at a depth h below the surface of the liquid, (i) the gauge pressure at point A is rho gh. (ii) the gauge pressure at point a is P _(a)+rhogh. (iii) The pressure at point A is rhogh. (iv) The pressure at point A is Pa + rho gh. The correct alternative is

The top surface of an incompressible liquid is open to the atmosphere. The pressure at a depth h_(1) below the surface is p_(1) . What is the pressure p_(2) at depth h_(2) = 2h_(1) compare with p_(1) ?