Home
Class 7
CHEMISTRY
Name the rectants and product in the ske...

Name the rectants and product in the skeletal equation and balance
`Fe + H _(2) O to Fe_(3) O _(4) + H _(2)`

Text Solution

AI Generated Solution

Doubtnut Promotions Banner Mobile Dark
|

Topper's Solved these Questions

  • LANGUAGE OF CHEMISTRY

    ICSE|Exercise EXERCISE |36 Videos

  • LANGUAGE OF CHEMISTRY

    ICSE|Exercise OBJECTIVE TYPE QUESTIONS (FILL IN THE BLANKS) |5 Videos

  • ELEMENTS COMPOUNDS AND MIXTURES.

    ICSE|Exercise OBJECTIVE TYPE QUESTIONS (MULTIPLE CHOICE QUESTIONS)|5 Videos

  • MATTER AND ITS COMPOSITION

    ICSE|Exercise EXERCISE|19 Videos

Similar Questions

Explore conceptually related problems

Name the rectants and product in the skeletal equation and balance N_(2) + H _(2) to NH_(3)

Name the rectants and product in the skeletal equation and balance Na + Cl _(2) to NaCl

Name the rectants and product in the skeletal equation and balance Na + H _(2) O to NaOH + H _(2)

Name the rectants and product in the skeletal equation and balance Na+ O _(2) to Na_(2)O

Balance the following equations by hit and trial method. Fe + H_(2)O to Fe_(3)O_(4) + H_(2)

Balance the following skeletal equation: Fe + H_2O to Fe_2O_3 + H_2

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 mass of Fe_(3)O_(4) formed. (R.A.M. : H = 1, O = 16, Fe = 56)

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 )

Balance each of the chemical equations given below : Fe+ H_2SO_4 to FeSO_4 + H_2

Balance the following equation : Fe + H_2O to Fe_3O_4 + H_2

Home
Profile