chemical bonding
electron configuration and orbital diagrams
Bohr diagrams isotopes and gas laws
plate tectonics
metric conversions and energy transfer
100
ion problem
lithium
lose ve 1
gain 7 ve
type metal
family alkali metals
ion type cation
p ion 3 e ion 2 ion symbol Li+1
Li > Li+1 +ve lithium ion
100
electron configuration
boron
electrons 5
period 2
p block
2p
1s2 2s2 2p1
100
what is Charles law
direct proportionality between volume and temp of a gas at constant pressure quantity remains constant
100
why do volcanoes form
magma rises though crust and erupts onto the surface
100
what are 3 things needed to start a fire
fuel heat oxygen
200
ionic bonding
element 1 Na
element 2 f
element 1 Na cation 1 lose 1 ve
element 2 f 7 gain 1 ve
Na+1 + f-1 NaF
200
electron configuration
fluorine
electrons 91
period 2
p block
2p
1s2 2s22p2
200
what is boyles law
volume of a gas at a constant temp inversely proportional
200
how do earthquakes happen
tectonic plates shift and a release of energy happens
200
list the 5 componets in a open system rxn
hint page 15
energy exchange sys sur Univ matter exchange
300
ionic bonding
element 1 Rb
element 2 o
element 1 Rb ve 1 lose 1 ve
element 2 O Ve 6 gain 2 ve
Rb+1 +O-2 > Rb2O
300
noble gas config
scandium
ve 21 noble gas config Ar 4s2 3d1
period 4
d block
3d
ar
300
write in for gallium isotope w/ 39n 31p
70/31 Ga
300
cornell notes
definition of density
amount of mass per volume of a substance
300
changes In energy
show one example of radiation changes
Xrays microwaves gamma rays are examples of radiation changes
400
covalent bonding
CH4
element 1 4 8-4=4
element 2 1 2-1=1
400
noble gas configuration
sulfur
ve 16 noble gas config ne 3s2 3p4
3
p block
39
ne
400
bohr questions
magnesium 25
mg 12
25-12=13
12p/13n
400
what happens when 2 plates collide in plate tectonics convergent
they destroy the lithosphere
page 21 orange section
400
metric conversions
solve 5,702 hg =
57,020,000cg
500
covalent bonding
n2
element 1 5 8-5=3
element 2 5 8-5=3
500
orbital diagram
nickel draw the diagram
1s2 2s2 2p6 3s2 3p6 3d8 4s2
500
bohr questions pp
indium 115
in 49
115-49=66
49p/66n
500
5 types of Plate boundaries
continental continental
oceanic continental
oceanic oceanic
divergent
transform
500
calculate the density of a object with the volume of 15,6ml and a mass of 45.7g
2.93g/ml