Which of the following statements is incorrect regarding the compounds of carbon family elements?

The maximum coordination number of carbon in commonly occurring compounds is 4, whereas that of silicon is 6

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The stability order of group 14 dihalides is

S i X_{2} > G e X_{2} > S n X_{2} > P b X_{2}

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The order of boiling points of hydrides of group 14 elements is

C H_{4} < S i H_{4} < G e H_{4} < S n H_{4}

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M e S i C l_{3}

on hydrolysis and subsequent condensation will produce

(M e) S i {(O H)}_{3}

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Solution

The correct option is D $M e S i C l_{3}$ on hydrolysis and subsequent condensation will produce $(M e) S i {(O H)}_{3}$
$(M e) S i {(O H)}_{3}$ formed by the hydrolysis of $(C H_{3}) S i C l_{3}$ is unstable and subsequent condensation undergoes polymerisation to form a cross linked polymer called Silicones.

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Similar questions

Q. Carbon and silicon belong to the

14^{t h}

group. The maximum coordination number of carbon in commonly occurring compounds is 4, whereas that of silicon is 6. This is due to:

Carbon and silicon belong to (IV) group. The maximum coordination number of carbon in commonly occurring compounds is 4, whereas that of silicon is 6. This is due to

Q. Which of the following statements is incorrect regarding the compounds of carbon family elements?

Q. The stability of hydrides of the carbon family is in the order:

Q. Arrange in decreasing order of boiling point.

S i H_{4}, G e H_{4}, S n H_{4}, C H_{4}

Which of the following statements is incorrect regarding the compounds of carbon family elements?

The correct option is D MeSiCl3 on hydrolysis and subsequent condensation will produce (Me)Si(OH)3(Me)Si(OH)3 formed by the hydrolysis of (CH3)SiCl3 is unstable and subsequent condensation undergoes polymerisation to form a cross linked polymer called Silicones.