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1cm3 = ___ mL
1
C to K
C + 273 = K
% yield =
AY/TY x 100
mass % composition Qs assume. . .
100g of solution
NRG of photon equations:
E = hc/(wavelength)
E = h(frequency)

NRG of ground sate for H2 atom (K) =
K = -2.18 × 10-18 J
axial node (angular)
planar or cone shaped
= angular momentum quantum # (l)
l = n-1
radial node
spherical
= n - l - 1
GRAPH: (psi) vs. r
= wave function of e-
when psi=0 → there is no e- at that point
crosses horizontal axis = radial node

GRAPH: (psi)2 vs. r
= e- density
crosses horizontal axis = radial node

GRAPH: (psi)2 × 4pi(r)
= probability of finding e- anywhere at avg. radius
(amplitudes get larger further from origin bc. overall possible surface area where e- could be located is increasing w/ each orbital
crosses horizontal axis = radial node

speed of light (C)=
C = 3 × 108 m/s
plank’s constant (h) =
h = 6.62 × 10-34 J/s
Equation for NRG of a Hydrogen photon at n=__ formula:
E = k(z2/n2)
z in H-photon NRG formula =
z = number of protons (1)