0.40 grams of an organic compound 'A' (Molecular formula:#C_5##H_8#O)reacts with x moles of C#H_3#MgBr to liberate 224 ml of a gas at STP. With excess of #H_2#, 'A' gives pentan-1-ol.

As you know, STP conditions are characterized by a pressure of #"100.0 kPa"# and a temperature of #0^@"C"#. Under these conditions, one mole of any ideal gas occupies exactly #"22.71 L"# - this is …

Nov 10, 2015 · A sample of gas has a volume of 250 c m3 at 28.5 °C and 95.9 kPa. What volume will the gas occupy at STP?

Oct 19, 2015 · "11.3 L" at STP Your question cannot be answered using the information you provided, so I'll have to make some assumptions. SInce no mention of pressure and temperature was made, I'l …

Approx. 3.5*m^3 We assume ideality, and calculate the volume occupied by an equivalent molar quantity of Ideal Gas. Depending on your syllabus, they probably have "STP" -= 1*atm, and …

Well what is the molar volume at ”STP”? Is it 22.4*L*mol^-1? And so take the quotient.... (0.623*L)/ (22.4*L*mol^-1)=??*mol.. Does you follow?

Now, you're working under STP conditions, which imply a pressure of 100 kPa and a temperature of 0∘C. Under these specific conditions for pressure and temperature, one mole of any ideal gas …

The mass of hydrogen gas is "27 g". You are asked to determine the mass of a gas in a weather balloon filled with hydrogen, therefore, the gas is hydrogen gas, "H"_2. First you need to determine the …

Calculate the volume of "H"_2 STP is defined as 0 °C and 1 bar. Under these conditions, the volume of 1 mol of an ideal gas is 22.711 L. To convert moles to litres at STP, we use the relation "22.711 L = 1 …

Mar 23, 2016 · Now, STP conditions are defined as a pressure of #"100 kPa"# and a temperature of #0^@"C"#. In order to use the above equation, make sure to convert the temperature to Kelvin and …