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attractive forces among molecules cause increases/decreases in P in ideal gas law
lower P (not as many collision)
nonzero volume of molecules cause increases/decreases in P in ideal gas law
increase (more collisions, less volume means up P)
ideal gas conditions
high temp and low pressure
a larger surface area of reactants = faster/slower rxn
faster since more of reactant is exposed to the rxn
smaller pieces or ribbon react faster
smaller pieces bc more exposed surface area
when titrating a polyprotic acid, which H comes off first
the more acidic one (attached to a more electronegative atom)
stronger acid = stronger/weaker bond with H
weaker bond
strength of oxoacids depends on
1.number of oxygens per H (more=stronger) and 2. the electronegativity of the other atom.
if an acid has more oxygens, it is more/less stable
more
electronegativity and bases
more electroneg = weaker bc more electroneg means it attracts e- more/not as willing to let go and thus not as willing to grab onto protons = weaker base
the more stable an anion, the stronger/weaker the acid (what makes an acid stable?)
more oxygens = more pull on O-H bonds = weaker = less stable acid = stronger acid
delta G
G standard + RtlnQ
what makes an acid stronger?
weaker and more polar bonds
bond order
number of bonds/ number of location