[P_(1)S_(3)+8O_(2)longrightarrow P_(4)O_(10)+3SO_(2)],["Calculate minimum mass of "P_(4)S_(3)" is required to produce atteast "1" g of each product."]

P_(4)S_(3)+8O_(2) rarr P_(4)O_(10)+3SO_(2) Calculate minimum mass of P_(4)S_(3) is required to produce atleast 1 gm of each product.

P_(4)S_(3) + 8O_(2) to P_(4)O_(10) + 3SO_(2) Calculate mass of P_(4)S_(3) is required at least 9.6 gm of each product.

Calculate the mass of calcium oxide required that react with 852 g of P_(4)O_(10) .

When phosphours (P_(4)) is heated in limited amount of O_(2).P_(4)O_(6) (tetraphosphorous hexaoxide) is obtained, and in excess of O_(2) , P_(4) O_(10) (tetraphosphours decaoxide) is obtained. i. P + 3 O_(2) rarr P_(4) O_(6) , ii. P_(4) + 5O_(2) rarr P_(4)O_(10) What mass of P_(4) O_(6) will be produced by the combustion of 2.0 g of P_(4) with 2.0 g of O_(2) .

When phosphours (P_(4)) is heated in limited amount of O_(2).P_(4)O_(6) (tetraphosphorous hexaoxide) is obtained, and in excess of O_(2) , P_(4) O_(10) (tetraphosphours decaoxide) is obtained. i. P + 3 O_(2) rarr P_(4) O_(6) , ii. P_(4) + 5O_(2) rarr P_(4)O_(10) What mass of P_(4) O_(6) will be produced by the combustion of 2.0 g of P_(4) with 2.0 g of O_(2) .

The mass of P_(4)O_(10) produced if 440 gm P_(4)S_(3) is mixed with 384 gm of O_(2) is

P_(4)O_(6) and P_(4)O_(10) are formed by burning P_(4) with O_(2) as: P_(4) + 3O_(2) to P_(4)O_(6) P_(4) + 5O_(2) to P_(4)O_(10) What are the masses of P_(4)O_(6) and P_(4)O_(10) that will be produced by the combustion of 2.0 g of P_(4) in 2.0 g of oxygen leaving no P_(4) and O_(2) ?

What mass of P_(4) O_(10) will be produced by the combustion of 2.0 g of P_(4) with 2.0 g of O_(2)