What do you want to do with this solution?
Normaly conc. H2SO4 96-98%  and H2O2 35% is used.
5 M is roughly 40% not strong enough.
Very strong corrosive etching mixture. Careful if mixed with organics, risk of explosion. Should be used only in a safe room, also outside probably is more safe.

Hey everyone,
I am currently conducting a research on the amidation (through acid chloride intermediate) of 4-hydroxyphenylacetic acid. For this I added 4-hydroxyphenylacetic acid into dichloromethane (solvent) together with dimethylformamide (catalyst) before adding thionyl chloride. The attachment contains the TLC (2:1, methanol:n-hexane and alluminium-backed silica plates, visualised with 254nm UV light, acid chloride was first reacted with methanol to form the stable ester) results of the reaction progression as monitored over 30 minutes after the addition of the thionyl chloride. I was wondering what the structures at the 'dot-spot' are as they are quite intense and seem to be extremely polar. I was thinking it would be thionyl chloride or one of its products but was unable to find any literature on it. The same goes for the upper spot, would this be the ester?
Thank you so much for your help in advance!

LMFAO this was taken from deep in the mines by this bot.

How does anyone make money programming bots to troll forums these days. Reddit or twitter I get, but what money is there to be had here?

Because of the octest rule?

Guess: The only factors at play here are the nuclear charge which without slater's rules we only use a Z_eff estimate play a constant rate increasing effect going across the column left to right.

If the atomic radius isn't dropping as heavily as atomic number increases across a period, the only possibility is the shielding is increasing across the period. But that's a contradiction because you inner shell isn't changing across the same period.

 Why is the slope in order of smallest to 1. largest main group (1-2), 2. transition metals, 3. main groups 13-18?