A shop-vac is capable of pulling in air at a rate of 210 ft^3/min. What is the rate of the vacuum’s air flow in L/s?

What is the probable speed?

desired Mg mass =0.0340g  "Atmospheric pressure (mmHg): 733.59Trial 1 and Trial 2 values separated by commas:Mass of Mg (g): 0.038, 0.031Temperature (°C): 20.2 (both trials)Vapor pressure of water (mmHg): 17.86 (both trials)Volume of gas (mL): 42.95, 35.80 need calculations for table.

7. Unknown Pressure P Fluid of interest (Gas in most cases)- Po Ambient Fluid (Atmospheric pressure in most cases) Reference Fluid Density p (Liquid, e.g. water or mercury) Gage Pressure AP - P-Po - rgh In a manometer, the pressure p inside the apparatus is given as p = pex + pgh, where pex(po) is the external pressure, p is the mass density of the liquid in the tube, g = 9.806 m/s² is the acceleration of free fall, and h is the difference in heights of the liquid in the two sides of the tube. (The quantity pgh is the hydrostatic pressure exerted by a column of liquid. i) Suppose the liquid in the manometer is Hg, Pex is 760 torr, and the open side is 10.0 cm higher than the side connected to the sample. What is the pressure of the sample? The mass density of Hg at 25°C is 13.55 g/cm³. (Assume 25°C.)