An ideal mixing (total volume

  1. An ideal mixing (total volume inlet = total volume outlet) of two incompressible fluidswhich is between water and methanol (SG
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  2. An ideal mixing (total volume inlet = total volume outlet) of two incompressible fluids which isbetween water and methanol (SG
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  3. An ideal mixing (total volume inlet = total volume outlet) of two incompressible fluids which is between water and methanol (SG
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  4. A 1.6-mole sample of an ideal gas is gently cooled at constant temperature 280 K. It contracts from initial volume 37 L to final
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  5. The ideal gas law is used to describe the state of ideal gases. It is represented by the equation PV=nRT, where P is the
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  6. Ideal gas law in the experiment that demonstrates demonstrate the behaviour of volume of hydrogen gas where P=pressure, V=
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  7. A buffer is created by mixing equal concentrations of NH4+ and NH3. Calculate the volume of both solutions needed to create a
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  8. A parcel of air contains 500 g of water vapor. The total volume of air is 1 m^3 and the volume of dry air is 3.5 m^3. The
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  9. A package of air contains 600 g of water vapor. The total volume of air is 2 m^3 and the volume of dry air is 1.5 m^3. The
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  10. An Ideal solution is formed by mixing 0.26 mol of pentane (vapor pressure + 511 torr) with 0.34 mol of hexane (vapor pressure =
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