Home
Class 12
CHEMISTRY
Consider the structure of Al(2)Me(6) com...

Consider the structure of `Al_(2)Me_(6)` compound and find the value of `(x-y)/(z)` where `x=` maximum number of atoms that can lie in place having terminal `(Al-Me)` bonds
`y=` total number of `3c-2e^(-)` bonds
`z=` total number of atoms that are `sp^(3)` hydrized.

Text Solution

Verified by Experts

The correct Answer is:
1
`x=10,y=2,z=8`
Promotional Banner

Similar Questions

Explore conceptually related problems

x g Urea (NH_2CONH_2) contains y total number of atoms 4x g Acetic acid (CH_3COOH) contains py total number of atoms Find the value of p

Calculate x+y+z for H_(3)PO_(3) acid, where x is number of lone pairs, y is number of sigma -bonds and z is number of pi -bonds

Consider the following compounds with their regular geometries. Calculate value of (x+y-z)^(2) , where x is total number of axial d-orbitals having zero nodal plane, y and z are total no. of non-axial and axial d-orbitals respectively each one having two nodal planes used in hybridisation of central atoms of compounds A to E.

The number of pi bonds in naphthalene is y, number of sigma bonds in z and number of carbon atoms is x. calculate the value of (y+z)/(x) ?

For oxyacid HClO_(x) , fi x=y=z (x,y and z are natural numbers), then calculate the value of |x+y+z|. Where x=number of 'O' atoms y=total number of ions pairs at central atom z=total number of pi (pi) electrons in the oxyacid.

Consider the following Calculate value of p+q , here p and q are total number of dpi-ppi bonds and total number of sp^(3) hybridised atoms respectively in given molecule.