#Moyesshakeitallabout

http://www.reddit.com/r/AskReddit/comments/1lm16a/if_we_removed_dyes_and_food_coloring_from_all/

Nana

*gets un chicken and un egg and makes them race to see which comes first*

http://www.reddit.com/r/AskReddit/comments/1llwzu/if_you_could_pick_any_12_fictional_characters_to/

http://imgur.com/gallery/W9zwr

Chlorine: PVC, paints, dyes, bleaches, HCl, water purification,weedkillers, pesticides

NaOH: Detergents, soaps, paper, textiles, ceramics

Hydrogen: Margarine, H2O2 (rocket fuel), bosch-haber, nylon

Booyah :D

Edited September 3, 201311 yr by Nyanna al'Meara

*deleted all malware and virus stuff from puter*

 

I GOT THE POWER

Electrolysis of solutions - if the metal is positive it will discharge, other Hydrogen will, if non-metal is a halogen it will discharge, otherwise OH

*deleted all malware and virus stuff from puter*

 

I GOT THE POWER

 

How did those get on there in the first place?

heh, this is some of what I learn for IT Theory, IT'S MY TIME TO SHINE

galvanising = cover metal with more reactive metal which forms a protective oxide coat, protects inner metal from rust

 

or use cathodic protection by connecting to a more reactive metal (magnesium) the sacrificial anode

in copper purification other more reactive metals may be discharged into solution, but they will not reduc onto pure copper anode as long as the less reactive Cu metals ions are still in solution (Cu ions wants them electrons more than they do)

the emf of a battery depends on the redox reaction used an the concentration of the electrolyte

the capacity depends on the quantity of electrolyte (no use you have material that could still react if no electrolyte to carry charges)

Current depends on the SA of the electrodes (.: electrodes are porous) as th reaction making the current can be affected by the general reaction rate stuff

current also depends on internal resistance which is greater if the electrodes are further away and is greater if the electrolyte concentration is lower

I like currants too

the leclanche cell's emf is 1.5V initially, though this drops as current is drawn off and deteriorates in cold weather

I like currants too

 

conventional currant?

the alkaline dry cell is much like the leclanche but the NH4Cl is swapped with KOH, the battery performs better under current drain and low temps

My currants are negatively charged