Home
Class 11
CHEMISTRY
The number of moles of CH(4) formed by r...

The number of moles of `CH_(4)` formed by reacting 96 grams of `CH_(3)OH` with excess `CH_(3)MgI` is

Text Solution

Verified by Experts

The correct Answer is:
3
Promotional Banner

Topper's Solved these Questions

  • ALKANES

    NARAYNA|Exercise Matrix Mathc type Question|3 Videos

  • ACIDS & BASES

    NARAYNA|Exercise EXERCISE-III|43 Videos

  • ALKENES

    NARAYNA|Exercise Additional Straight O Q|8 Videos

Similar Questions

Explore conceptually related problems

The method of estimation of active H atoms in a compound by reaction with excess of CH_(3)MgI is known as

Ethyl acetate reacts with excess of CH_(3)MgBr to form :

Which compound is formed when CH_(3)OH reacts with CH_(3)MgX ?

Ethyl ethanoate on reacting with excess of CH_(3)MgBr will give

The number of optical isomers of CH_3CH (OH)CH(OH)CHO is :-

How many moles of CH_(3)OH required to react completely with (B) ?

Knowledge Check

  • The method of estimation of active H atoms in a compound by reaction with excess of CH_(3)MgI is known as

    A
    Victor-Meyer method
    B
    Zeisel method
    C
    Heigsenberg method
    D
    Zerewitinoff method

  • The volume of gas released in reaction of CH_(3)OH with CH_(3)MgI is 1.04 ml at STP. What is he mass of CH_(3)OH initially consumed?

    A
    1.485mg
    B
    2.98mg
    C
    3.71mg
    D
    4.47mg

  • Ethyl acetate reacts with excess of CH_(3)MgBr to form :

    A
    B
    C
    D