Problem $1.$ When quinoline $(C_9{H}_7(N))$ is hydrogenated at about $350C$ over various heterogeneous catalyst, the three reactions shown below take place to varying extents. In one experiment in a batch reactor $($closed system$),$ the initial charge to the reactor was $100$mol of quinoline and $500$ mol of hydrogen $(H_2).$ After $10$ hours, the reactor contents were analyzed with the following result in a table below. If the reactions shown below are the only ones that take place, how many moles of tetrahydroquinoline $(C_9{H}_{11}(N)),N_T,$ and butylbenzylamine $(C_9{H}_{13}(N)),N_B,$ should have been present after $10$ hours? explaig and shem all waik all previous answers are weons

Quinoline $(C_9{H}_7(N))$ So don't use them or $t$ will sive you a thumbs down and report you

$\backslash$table$[[H_2,$Butylbenzylamine,Species,$\backslash$table$[[$Contents$],[$initially$],[$charged$]],\backslash$table$[[$Contents$],[$after $10],[$hours$]]],[\backslash$table$[[$Tetrahydroquinoline$],[q,(C_9{H}_{11}(N))$