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The geometry of H2S and its dipole moment are a. angular and non-zero b. angular and zero c. linear and non-zero d. linear and zero

The geometry of H2S and its dipole moment are
a. angular and non-zero
b. angular and zero
c. linear and non-zero
d. linear and zero

Grade:upto college level

4 Answers

Navjyot Kalra
askIITians Faculty 654 Points
9 years ago
Sol. When E = B, in BCI3, bond angle is 120°. When E = P, As or Bi, ECI3, hybridization at E will be sp3. Also, if central atoms are from same group, bond angle decreases down the group provided all other things are similar. Hence, the order of bond angles is : BCI3 > PCI3 > AsCI3 > BiCI3
Chayan Pradhan
38 Points
7 years ago
Angular and Non-zero because the resultant dipole moment isn`t zero. S has two lone pares thats why we can get a bend like structure.
Prajeth
13 Points
6 years ago
Angular and Non-zero because the resultant dipole moment isn`t zero. S has two lone pares thats why we can get a bend like structure.so h2s has angular & non zero 
Kartik Sharma
15 Points
4 years ago
H2S Z=1\2 x 2= 1 therefore hybridisation is sp and has a “ LINEAR” geometry and Dipole moment is also “0”
 

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