Question

TEL is a compound used as:
A) Antibiotic
B) Antiseptic
C) Antiknocking
D) Antioxidant

Answer 1

In the given question firstly we have to define the compound which is called as TEL. The IUPAC name of the Tetraethyllead is also commonly styled tetraethyl lead. It is the abbreviated TEL, which is also an organolead compound. The chemical formula of the compound is ${(C{H_3}C{H_2})_4}Pb$ . The compound have antiknocking properties.

Complete solution:
In the given question firstly we have to define the compound which is called as TEL. The IUPAC name of the Tetraethyllead is also commonly styled tetraethyl lead. It is the abbreviated TEL, which is also an organolead compound. The chemical formula of the compound is ${(C{H_3}C{H_2})_4}Pb$ . The compound have antiknocking properties. So the right option is B.
Step by step Solution:
The given question statement asks about the compound which is called TEL.
The IUPAC name of the Tetraethyllead is also commonly styled tetraethyl lead. It is the abbreviated TEL, which is also an organolead compound. The chemical formula of the compound is ${(C{H_3}C{H_2})_4}Pb$ .
It has many uses among which is the petro-fuel additive. It is also first being mixed with the gasoline beginning in the $1920s$ as a project in which it is patented octane rating booster which is used to allow the engine compression to be raised substantially. This will also in turn going to cause the increase in the vehicle performance and fuel economy. When it is talked about the properties the TEL had been identified chemically in the mid-19th century. Still the antiknock effectiveness was not discovered till $1921$ , when by the General Motors research laboratory it was found.
Hence the amount of solution would be Anti Knocking.

Therefore the right option among the following would be option C, Anti Knocking.

Note: Despite decades of research, no reactions were found to improve upon this rather difficult process that involves metallic sodium and converts only $25\%$ of the lead to TEL. A related compound, tetraethyl lead, was commercially produced by a different electrolytic reaction. A process with lithium was developed but never put into practice.