190059 Identify the correct statement for \(B _{2} H _{6}\) from those given below.\((A)\) In \(B _{2} H _{6}\), all \(B - H\) bonds are equivalent.\((B)\) In \(B _{2} H _{6}\) there are four \(3-\)centre\(-2-\)electron bonds.\((C)\) \(B _{2} H _{6}\) is a Lewis acid.\((D)\) \(B _{2} H _{6}\) can be synthesized form both \(BF _{3}\) and \(NaBH _{4}\).\((E)\) \(B _{2} H _{6}\) is a planar molecule.Choose the most appropriate answer from the options given below..... .
190062
Match List\(-I\) with List\(-II\)List\(-I\)
(Si-Compounds)
List\(-II\)
(Si-Polymeric/other products)
\((A)\) \(\left( CH _{3}\right)_{4} Si\)
\((I)\) Chain silicone
\((B)\) \(\left( CH _{3}\right) Si ( OH )_{3}\)
\((II)\) Dimeric silicone
\((C)\) \(\left( CH _{3}\right)_{2} Si ( OH )_{2}\)
\((III)\) Silane
\((D)\) \(\left( CH _{3}\right)_{3} Si ( OH )\)
\((IV)\) \(2 D\) - SiliconeChoose the correct answer from the options given below
190059 Identify the correct statement for \(B _{2} H _{6}\) from those given below.\((A)\) In \(B _{2} H _{6}\), all \(B - H\) bonds are equivalent.\((B)\) In \(B _{2} H _{6}\) there are four \(3-\)centre\(-2-\)electron bonds.\((C)\) \(B _{2} H _{6}\) is a Lewis acid.\((D)\) \(B _{2} H _{6}\) can be synthesized form both \(BF _{3}\) and \(NaBH _{4}\).\((E)\) \(B _{2} H _{6}\) is a planar molecule.Choose the most appropriate answer from the options given below..... .
190062
Match List\(-I\) with List\(-II\)List\(-I\)
(Si-Compounds)
List\(-II\)
(Si-Polymeric/other products)
\((A)\) \(\left( CH _{3}\right)_{4} Si\)
\((I)\) Chain silicone
\((B)\) \(\left( CH _{3}\right) Si ( OH )_{3}\)
\((II)\) Dimeric silicone
\((C)\) \(\left( CH _{3}\right)_{2} Si ( OH )_{2}\)
\((III)\) Silane
\((D)\) \(\left( CH _{3}\right)_{3} Si ( OH )\)
\((IV)\) \(2 D\) - SiliconeChoose the correct answer from the options given below
190059 Identify the correct statement for \(B _{2} H _{6}\) from those given below.\((A)\) In \(B _{2} H _{6}\), all \(B - H\) bonds are equivalent.\((B)\) In \(B _{2} H _{6}\) there are four \(3-\)centre\(-2-\)electron bonds.\((C)\) \(B _{2} H _{6}\) is a Lewis acid.\((D)\) \(B _{2} H _{6}\) can be synthesized form both \(BF _{3}\) and \(NaBH _{4}\).\((E)\) \(B _{2} H _{6}\) is a planar molecule.Choose the most appropriate answer from the options given below..... .
190062
Match List\(-I\) with List\(-II\)List\(-I\)
(Si-Compounds)
List\(-II\)
(Si-Polymeric/other products)
\((A)\) \(\left( CH _{3}\right)_{4} Si\)
\((I)\) Chain silicone
\((B)\) \(\left( CH _{3}\right) Si ( OH )_{3}\)
\((II)\) Dimeric silicone
\((C)\) \(\left( CH _{3}\right)_{2} Si ( OH )_{2}\)
\((III)\) Silane
\((D)\) \(\left( CH _{3}\right)_{3} Si ( OH )\)
\((IV)\) \(2 D\) - SiliconeChoose the correct answer from the options given below
190059 Identify the correct statement for \(B _{2} H _{6}\) from those given below.\((A)\) In \(B _{2} H _{6}\), all \(B - H\) bonds are equivalent.\((B)\) In \(B _{2} H _{6}\) there are four \(3-\)centre\(-2-\)electron bonds.\((C)\) \(B _{2} H _{6}\) is a Lewis acid.\((D)\) \(B _{2} H _{6}\) can be synthesized form both \(BF _{3}\) and \(NaBH _{4}\).\((E)\) \(B _{2} H _{6}\) is a planar molecule.Choose the most appropriate answer from the options given below..... .
190062
Match List\(-I\) with List\(-II\)List\(-I\)
(Si-Compounds)
List\(-II\)
(Si-Polymeric/other products)
\((A)\) \(\left( CH _{3}\right)_{4} Si\)
\((I)\) Chain silicone
\((B)\) \(\left( CH _{3}\right) Si ( OH )_{3}\)
\((II)\) Dimeric silicone
\((C)\) \(\left( CH _{3}\right)_{2} Si ( OH )_{2}\)
\((III)\) Silane
\((D)\) \(\left( CH _{3}\right)_{3} Si ( OH )\)
\((IV)\) \(2 D\) - SiliconeChoose the correct answer from the options given below