reaction & stoich (H)
e- & periodic table (H)
bonding & structure (both)
equilibrium & kinetics (AP)
thermochem/dy (AP)
100

CH+ 2O-> 2H2O + CO2 + heat 

type of reaction

combustion!

100

The peaks in photoelectron spectroscopy (PES) represent?

# of electron in a sublevel

100

name TiO

titanium (II) oxide

100

When Q=Keq, the reaction is at...

equilibrium

100

What is equal to 0 at equilibrium?

ΔG!

200

_KNO3 -> _KNO2 + _O2

combined total of all coefficients

5 (2+2+1)

200

Electronegativity increases...

Up and to the right


200

SF4 molecular geometry

seesaw

200

The rate constant of a first-order reaction is 0.04307/minutes. What is the half-life of the reaction in days?

0.01117 days

Work:
t1/2 = ln(2)/k

k = 0.04307

t1/2 = 16.09 minutes = 0.01117 days

200

when a reaction is exothermic, the bonds in the products are _____ than reactant bonds

stronger/more stable

300

potassium oxide + calcium chlorate   -> ?

predict products (include coefficients)

calcium oxide + 2 potassium chlorate

CaO + 2KClO3

300

What sign (+/-) charge results in an atomic radius larger than the neutral atom of the same element?

negative

300

more soluble in water

BeO or MgS

BeO

300

2D(g) ⇌ E(g)   fast equilibrium
E(g) + F(g) -> 2G(g)    slow

What is the rate law for the mechanism above?

Rate=k[D]2[F]

300

what is a common reason for a process to be under kinetic control

high activation energy

400

_(?)_ grams of oxygen (O2) react completely with 4.00 g hydrogen (H2) in the formation of water

31.7 g

400

Order the sublevels, F, S, P, D, in order of DECREASING relative shielding strength

S, P, D, F 

400

strongest IMF in CH3Cl

(options: LDF, dipole-dipole, H-bond, metallic bond, ionic bond, covalent bond)

dipole-dipole

400

2A(g) + B(g) ⇌ 2C(g)       ∆H=-55 kJ/molrxn.

Kc=27.3 at 273 K

If 1.0 mol of each gas were injected into the 2L container at 273 K, what would be the relationship between [A]  and [B] and [C] at equilibrium?
[A] =/>/< [B] =/>/< [C]


[A] < [B] < [C]

Work:
Q = [0.5]2/([0.5]2[0.5]2) = 1/0.5= 2
K >Q, therefore product will be made.
Due to stoichiometry, [A] will decrease twice as fast, hence [A] < [B] < [C]

400

when does delta G knot = 0

when K = 1