According to the latest STP conditions the molar volume of gas is?
1. 22.4L
2. 24.78L
3. 27L
4. 22.71L

On carrying out the electrolysis of acidified water, the volume of hydrogen liberated at STP condition is 22.4L . The volume of oxygen liberated is a.22.4 L b.44.8 L c.11.2 L d.2.24 L

4.4 g of a gas at STP occupies a volume of 2.24 L. The gas can be:

4.4 g of a gas at STP occupies a volume of 2.24 L. The gas can be :

At STP, 14 g of nitrogen occupies 11.2 litres. Use this information to determine the atomicity of nitrogen. It is given that molar volume of nitrogen at STP is 22.4 L.

One gram mole of a monoatomic gas occupies 22.4 L at S.T.P

The volume of gases evolved at STP by passing 0.2A of current for 965 s through an aqueous solution of sodium furmarate is a. 22.4 m L b. 11.2 m L c. 89.6 m L d. 44.8 m L

+underset("(Excess)")(CH_(3)MgBr)rarr underset("(Gas)")(P)+Q How many litres of gas 'P' is formed in above reaction at NTP. (molar volume of gas a NTP is 22.4 L)

11.2L of gas at STP weight 14g. The gas would be :

What will be the standard molar volume of He, if its density is 0.1784 g/L at STP?

When steam is passed over hot iron, hydrogen is liberated and Fe_(3)O_(4) is formed according to the chemical equation 3 Fe + 4 H_(2)O to Fe_(3)O_(4) + 4 H_(2)(g) . In a typical reaction, 56 g iron was consumed. Calculate the following: The volume of H_(2) liberated at STP (when molar volume of H_(2) " is " 22.4 L )