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Bonding in Metal Carbonyls

Three atoms A...

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Three atoms A, B and C crystallize in a cubic solid lattice where A atoms are present at the body centre, B atoms are present at the edge centre as well as at the corners of the cube and C atoms are present at the face centres of the cube. Now if all the atoms are removed from the two 4-fold axis and the one 2-fold axis passing through the cube, then the formula of the compound is

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Q. D Three atoms A, B, C crystallise in a cubic solid lattice where A atoms are present in body centres B atoms are present at the edge centres as well as the corners of the cube and C is present in at the face centres of the cube. Now if the atoms are removed from the two 4 fold axis and one 2 fold axis passing through the cube then the formula of the compound is

Q. Atoms A, B, C and D are present at corners, face centres, body centre and edge centres respectively. If atoms touching one of the 2-fold axis, 3-fold axis and 4-fold axis are removed, then total number of atoms remaining per unit cell is

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Q. Atoms A and B crystallize in a cubic lattice where atoms of A are present at the corners and atoms of B are present at edge centres. If two of the atoms of A are missing from a unit cell, then the simplest formula for the compound will be:

Q. If three elements A, B and C crystallize in a cubic solid lattice with A atoms at the corners, B atoms at the cube centre and C atoms at the centre of the face of the cube, then the formula of the compound will be:

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are present at corners, face-centres, body-centre and edge-centres respectively. If atoms touching one of the plane passing through two diagonally opposite edges are removed, then formula of compound is:

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Bonding in Metal Carbonyls

Standard XII Chemistry

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