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Ahh. That's all the graphs are. I can do that

Oxygen sensor electrode will do just fine. Just make sure you calibrate it first

Wow, that's not to bad. BTW citric acid is 2-hydroxypropane-1,2,3-tricarboxylic acid but I highly doubt you are expected to know that

Of the top of my head... Citric acid (C6H8O7) Acetic acid (CH3COOH) Sulfuric acid (H2SO4) Hydrochloric acid (HCl) Phosphoric acid (H3PO4) Nitric acid (HNO3) Carbonic acid (H2CO3) Sodium hydroxide (NaOH) Ammonia (NH3) That's all I can think of that they'd expect you to know. And...

Nope its ethanol and butanoic acid. Just remember the longer one (acid) becomes the longer one (-oate)

Solution of known concentration goes in the burette, and the solution of unknown goes in the conical flask

Titration curves... refresh my memory please

Fair enough. Never thought of it like that, seems kinda over-simplified, but ah well

Yep, 100% correct

lol. Annoying it may be, but it's also damn hilarious

I've never heard that term 'dimer' before Where did you get it from?

Minai says it in that announcement

Yep, that's the process as I understand it

Do not show '+ plus'. Indicate by a negative delta H for exo

No the algae consumes the oxygen, causing it to die. It is the dead algae that provides the right conditions for bacteria which release toxins into the water, killing everything

You don't have to. Put it out of your mind

You would, and it is the most amount of energy released that is the most effecient. Answer would be propanol

A weak base or acid should be used to neutralise any spills as any excess won't be harmful. Sodium hydrogencarbonate is good to use as it can be in powder form (easier to control), and it is amphiprotic and can be used to neutralise acid and base. Then do your equations for behaviour of that...

There is no way to know, anyone who answers that would merely be speculating

You can, but it looks messy to me