The number of 2-centre-2-electron and 3-centre-2-electron bonds in $B_{2} H_{6}$ respectively,

2 and 4

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2 and 1

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2 and 2

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4 and 2

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Solution

The correct option is D 4 and 2
According to structure , There are four $2 - c e n t r e - 2 - e l e c t r o n$ bonds and two $3 - c e n t r e - 2 - e l e c t r o n$ bonds in $B_{2} H_{6}$ .

Hence, the correct option is $D$ .

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