Calculate the mass of iron will be converted into its oxide at NTP?

Calculate the mass of iron which will be converted into its oxide ( Fe_3O_4 ) by the action of 9g of steam on it. [At mass of Fe=56] Fe+H_2​O→Fe_3O_4+4H_2 ​

Calculate the mass of iron which will be converted into its oxide ( Fe_3O_4 ) by the action of 8g of steam on it. [At mass of Fe=56] Fe+H_2​O→Fe_3O_4+4H_2 ​

Calculate the mass of iron which will be converted into its oxide ( Fe_3O_4 ) by the action of 13g of steam on it. [At mass of Fe=56] Fe+H_2​O→Fe_3O_4+4H_2 ​

Calculate the mass of iron which will be converted into its oxide ( Fe_3O_4 ) by the action of 17g of steam on it. [At mass of Fe=56] Fe+H_2​O→Fe_3O_4+4H_2 ​

Calculate the mass of iron which will be converted into its oxide ( Fe_3O_4 ) by the action of 28g of steam on it. [At mass of Fe=56] Fe+H_2​O→Fe_3O_4+4H_2 ​

Calculate the mass of iron which will be converted into its oxide ( Fe_3O_4 ) by the action of 26g of steam on it. [At mass of Fe=56] Fe+H_2​O→Fe_3O_4+4H_2 ​

Calculate the mass of iron which will be converted into its oxide ( Fe_3O_4 ) by the action of 21g of steam on it. [At mass of Fe=56] Fe+H_2​O→Fe_3O_4+4H_2 ​

Calculate the mass of iron which will be converted into its oxide ( Fe_3O_4 ) by the action of 33g of steam on it. [At mass of Fe=56] Fe+H_2​O→Fe_3O_4+4H_2 ​

Calculate the mass of iron which will be converted into its oxide ( Fe_3O_4 ) by the action of 23g of steam on it. [At mass of Fe=56] Fe+H_2​O→Fe_3O_4+4H_2 ​

Calculate the mass of iron which will be converted into its oxide ( Fe_3O_4 ) by the action of 35g of steam on it. [At mass of Fe=56] Fe+H_2​O→Fe_3O_4+4H_2 ​