Figure shows a crude type of atomizer. is compressed, air flows swiftly through tube `BC` causing a reduced pressure in the particles of the vertical to Liquid rises in the tube, enters `BC` and is sprayed out. if the pressure in the bulb is `P_(a) + P`, where `P` is the gauge pressure and `P_(a)` is the atmospheric pressure, `v` is the speed of air in `BC`, find how large would `v` need to be to cause the liquid to rise to `BC`. Density of air `= 1.3 kg//m^(3)`.

The pressure of confined air is p. If the atmospheric pressure is P, then :-

The pressure of confined air is p. If the atmospheric pressure is P, then :-

The pressure of confined air is p. If the atmospheric pressure is P, then :-

How does the speed v of sound in air depend on the atmospheric pressure P?

The figure shows a crude type of perfume atomizer. When bulb at A is compressed, air flows swifty through the tiny BC with uniform speed v , there by causing a reduced pressure at the position of verticall tube DE . The liquid of density 500kg//m^(3) , then rises in the tube, enters tube BC and sprayed out. When bulb is in natural position the air in the bulb and tube are at atmospheric pressure P_(0=15)^(5)N//m^(2) . When bulb A is compressed, it creates an exces pressure Deltap=0.001P_(0) inside the bulb A . Density of air is 1.3 kg//m^(3) . If the magnitude of minimum value of speed v required to cause the liquid to rise to tube BC is 5km//s . Find the value of k . ( g=10m//s^(2) )

The figure shows a crude type of perfume atomizer. When bulb at A is compressed, air flows swifty through the tiny BC with uniform speed v , there by causing a reduced pressure at the position of verticall tube DE . The liquid of density 500kg//m^(3) , then rises in the tube, enters tube BC and sprayed out. When bulb is in natural position the air in the bulb and tube are at atmospheric pressure P_(0=15)^(5)N//m^(2) . When bulb A is compressed, it creates an exces pressure Deltap=0.001P_(0) inside the bulb A . Density of air is 1.3 kg//m^(3) . If the magnitude of minimum value of speed v required to cause the liquid to rise to tube BC is 5km//s . Find the value of k . ( g=10m//s^(2) )

In the figure shown the velocity and pressure of the liquid at the cross section (2) are given by (If P_(0) is the atmospheric pressure).

In the figure shown the velocity and pressure of the liquid at the cross section (2) are given by (If P_(0) is the atmospheric pressure).