For example: $$\ce{CH3-CHOH ->[H2SO4][\Delta]CH2=CH2}$$ But, the problem isn't with inline, $\ce{A ->[C][\Delta]B}$ How to solve this?

Why do RDF plots have the probability at a particular distance >1. How can probability be more than one? I am asking this because I want to understand what do the peaks of different length but at the same position on the x axis mean The below is an example of a RDF plot:

The basic steps involved in the conversion of $\ce{FeCr2O4 -> Cr}$ involves, $$\ce{FeCr2O4 ->[NaOH / air, \Delta] Na_2CrO4 ->[C, \Delta] CrO3 ->[Al, \Delta] Cr}$$ Basically, I'm having problems in learning so large amount of inorganic reactions, so I thought it would be easy to learn the mechan...

This seems like such an obvious and elementary-level question for someone who has taken high school chemistry, but yet I'm having a difficult time solving it. I need to find the right amount of $\ce{Mg(OH)2}$ to have a $\pu{250 mL}$ solution with a $\mathrm{pH}$ of $8$ and $9.$ I first started by...

The $K_\mathrm{a}$ or $K_\mathrm{b}$ values provide an idea of how likely a specific step is to happen. However, how do you specify one acid just being stronger than another, as in the case of $\ce{H2CO3}$ $(\mathrm{p}K_\mathrm{a1} = 3.6,$ but $\mathrm{p}K_\mathrm{a2} = 10.32)$ and phenol $(\math...

The stability order of alkyl substituted alkenes with respect to heat of hydrogenation was given as $$\ce{R_2C=CH2} > \ce{RHC=CHR}~(\textit{trans}) > \ce{RHC=CHR}~(\textit{cis}).$$ While I understand that trans alkene is generally more stable than cis, I don't understand why $\ce{R_2C=CH2}$ is th...