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linear
2 bonds
0 lone pairs
180°
trigonal planar
3 bonds
0 lone pairs
120°
bent
2 bonds
1 lone pair
less than 120°
tetrahedral
4 bonds
0 lone pairs
109.5°
trigonal pyramidal
3 bonds
1 lone pair
less than 109.5°
bent (4 bonds)
2 bonds
2 lone pairs
less than 109.5°
trigonal bipyramidal
5 bonds
0 lone pairs
90°, 120°
seesaw
4 bonds
1 lone pair
less than 90°, less than 120°
T-shaped
lone pairs
less than 90°
linear (5 bonds)
2 bonds
3 lone pairs
180°
octahedral
6 bonds
0 lone pairs
90°
square pyramidal
5 bonds
1 lone pair
less than 90°
square planar
4 bonds
2 lone pairs
90°
T-shaped
3 bonds
3 lone pairs
less than 90°
linear (6 bonds)
2 bonds
4 lone pairs
180°
In galvanic cells, half reactions with more positive E …
are reduced.
In galvanic cells, half reactions with less positive E …
are oxidized.
In electrolytic cells, half reactions with more positive E …
are oxidized.
In electrolytic cells, half reactions with less positive E …
are reduced.
A galvanic cell uses redox reactions to…
convert chemical energy into electrical energy (spontaneous)
An electrolytic cell uses redox reactions to…
convert electric energy to chemical energy (non-spontaneous)
The cathode is the site of…
reduction
The anode is the site of..
oxidation
Formula for the wavelength of standing wave in a tube with one open end
wavelength=4L/n
L=length of tube
n=harmonic
Formula for the wavelength of standing wave in a tube with two open ends
wavelength=2L/n
L=length of tube
n=harmonic
Linear Position of X Equation
x=xo+vt+(1/2)at²