aromatic-compounds-can-be-hydrogenated-at-high-temperatures-and-pressures-draw-t

Question

Aromatic compounds can be hydrogenated at high temperatures and pressures. Draw the structure of the alkane product formed when three molecules of H₂ are added to p-xylene in the presence of Rh catalyst at 1000 psi and 100°C.

Accepted Answer

Chemical structure of the alkane product formed from p-xylene hydrogenation.

Answer

Chemical structure of p-xylene with three H2 molecules added, forming an alkane product.

Answer

Illustration of the hydrogenation process of p-xylene with Rh catalyst.

Answer

Diagram showing the reaction conditions for hydrogenating p-xylene.

Aromatic compounds can be hydrogenated at high temperatures and pressures. Draw the structure of the alkane product formed when three molecules of H2 are added to p-xylene in the presence of Rh catalyst at 1000 psi and 100°C.

Aromatic compounds can be hydrogenated at high temperatures and pressures. Draw the structure of the alkane product formed when three molecules of H₂ are added to p-xylene in the presence of Rh catalyst at 1000 psi and 100°C.