Which of the following setups is correct to calculate the mass (in g) of `KCIO_3` produced from the reacting of `0.150` moles of `CI_2` ?

Calculate the mass of 0.1 mole of KNO_(3) .

Calculate the no. of mole in 150 g of CaCO_3

KCIO_3 on heating decomposes to KCI and O_2 . Calculate the mass and volume of O_2 produced by heating 50 g of KCIO_3 .

Calculate the mass of the following: Mass of 0.4 mole of water.

Which one is correct for the reaction PCI_5 (g) f PCI_3 (g) + CI_2(g)

Solve the following examples: Calculate the following : The mass of 0.2 mole of water.

Calculate the mass of the following 0.5 mole of N_2 gas

In the following reaction, calculate the mass of Cl_(2) required to produce 1385 g of KCiO_(4) (K=39):- Cl_(2)+ 2KOH to KCl +KClO +H_(2)O 3KClO to 2 KCl +KClO_(3) 4KClO_(3)to 3KClO_(4)+ KCl