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The figure shows a crude type of perfurn...

The figure shows a crude type of perfurne atomizer. When bulb at A is compresse atomizer. When bulb at A is compressed, air flows swiftly through the of density 500 kg/m3, then rises in the tube, enters tube BC and sprayed out. When buio ga reduced pressure at the position of vertical tube DE. The liquid air in the bulb and tube are at atmospheric pressure P. = 105 N/m2. When bulb ASCO enters tube BC and sprayed out. When bulb isin natural position the eric pressure P. = 105 N/m2. When bulb A is compressed, it creates an excess pressure Ap = 0.001P inside the bulb A. Density of air is 1.3 kg/m°. If the magnitude of speed v. required to cause the liquid to rise to tube BC is 5 km/s. Find the value of k. (g = 10 m/s2). h=32mm

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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) )

The figure shows a model of perfume atomizer . When the bulb A is compressed , air ("density "rho_(a)) flows through the vertical tube and emerges through the end . If excess pressure applied to the bulb ins progress be Delta p then the minimu speed of air in the tube to lift perfume is :

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) .

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) .

When a liquid rises inside a capillary tube , the weight of the liquid in the tube is supported

When a liquid rises inside a capillary tube , the weight of the liquid in the tube is supported

When a liquid rises inside a capillary tube , the weight of the liquid in the tube is supported