Chem 102

Front 1

shape of 5 bonds no lone pairs

Back 1

trigonal bipyramid

Front 2

geometry of 5 bonds no lone pairs

Back 2

trigonal bipyramid

Front 3

bond angles of 5 bonds no lone pairs

Back 3

120, 90, 180

Front 4

hybridization of 5 bonds no lone pairs

Back 4

sp^3d

Front 5

bond angle of 2 bonds 0 lone pairs

Back 5

180

Front 6

shape of 4 bonds 1 lone pair

Back 6

see-saw

Front 7

bond angles of 4 bonds 1 lone pair

Back 7

120, 90, 180

Front 8

hybridization of 4 bonds 1 lone pair

Back 8

sp3d

Front 9

bond angle of 2 bonds 1 lone pairs

Back 9

109.5

Front 10

shape of 6 bonds 0 lone pair

Back 10

octrahedral

Front 11

geometry of 4 bonds 1 lone pair

Back 11

trigonal bipyramid

Front 12

geometry of 6 bonds 0 lone pair

Back 12

octrahedral

Front 13

bond angle of 6 bonds 0 lone pair

Back 13

90, 180

Front 14

hydridization of 6 bonds 0 lone pair

Back 14

sp3d2

Front 15

geometry of 5 bonds 1 lone pair

Back 15

octrahedral

Front 16

bond angle of 5 bonds 1 lone pair

Back 16

90, 180

Front 17

bond angle of 5 bonds 1 lone pair

Back 17

90, 180

Front 18

hybridization of 5 bonds 1 lone pair

Back 18

sp3d2

Front 19

geometry of 4 bonds 2 lone pairs

Back 19

octrahedral

Front 20

shape of 4 bonds 2 lone pairs

Back 20

square planar

Front 21

bond angle of 4 bonds 2 lone pairs

Back 21

90, 180

Front 22

hybridization of 4 bonds 2 lone pairs

Back 22

sp3d2

Front 23

geometry of 2 bonds 3 lone pairs

Back 23

trigonal bipyramid

Front 24

shape of 3 bonds 2 lone pairs

Back 24

t-shape

Front 25

geometry of 4 bonds 2 lone pairs

Back 25

trigonal bipyramid

Front 26

bond angles of 4 bonds 2 lone pairs

Back 26

90,180

Front 27

hybridization of 4 bonds 2 lone pairs

Back 27

sp3d

Front 28

shape of 2 bonds 0 lone pairs

Back 28

linear

Front 29

geometry of 2 bonds 0 lone pairs

Back 29

linear

Front 30

hybridization of 2 bonds 0 lone pairs

Back 30

sp

Front 31

shape of 5 bonds 1 lone pair

Back 31

square pyramid

Front 32

shape of 2 bonds 1 lone pairs

Back 32

v-shape or bent

Front 33

geometry of 2 bonds 1 lone pairs

Back 33

trigonal planar

Front 34

bond angle of 2 bonds 1 lone pairs

Back 34

120

Front 35

hybridization of 2 bonds 1 lone pairs

Back 35

sp2

Front 36

shape of 2 bonds 1 lone pairs

Back 36

linear

Front 37

bond angle of 2 bonds 1 lone pairs

Back 37

180

Front 38

hybridization of 2 bonds 1 lone pairs

Back 38

sp3d

Front 39

shape of 3 bonds 1 lone pairs

Back 39

trigonal pyramid

Front 40

geometry of 2 bonds 1 lone pairs

Back 40

tetrahedral

Front 41

hybridization of 2 bonds 1 lone pairs

Back 41

sp3

Front 42

shape of 4 bonds 0 lone pairs

Back 42

tetrahedral

Front 43

geometry of 4 bonds 0 lone pairs

Back 43

tetrahedral

Front 44

bond angle of 4 bonds 0 lone pairs

Back 44

109.5

Front 45

hybridization of 4 bonds 0 lone pairs

Back 45

sp3

Front 46

shape of 3 bonds 0 lone pairs

Back 46

trigonal planar

Front 47

geometry of 3 bonds 0 lone pairs

Back 47

trigonal planar

Front 48

bond angle of 3 bonds 0 lone pairs

Back 48

120

Front 49

hybridization of 3 bonds 0 lone pairs

Back 49

sp2

Front 50

shape of 2 bonds 2 lone pairs

Back 50

v-shape or bent

Front 51

geometry of 2 bonds 2 lone pairs

Back 51

tetrahedral

Front 52

bond angle of 2 bonds 2 lone pairs

Back 52

109.5

Front 53

hybridization of 2 bonds 2 lone pairs

Back 53

sp3

Front 54

shape of 1 bonds 3 lone pairs

Back 54

linear

Front 55

geometry

Back 55

tetrahedral

Front 56

shape of 1 bonds 3 lone pairs

Back 56

linear

Front 57

bond angle of 1 bonds 3 lone pairs

Back 57

180

Front 58

hybridization of 1 bonds 3 lone pairs

Back 58

sp3

Front 59

ionization energy increases or decreases from right to left on the periodic table

Back 59

increases

Front 60

ionization energy increases or decreases from top to bottom on the p.t.

Back 60

decreases

Front 61

atomic radius increases or decreases from right to left on the periodic table

Back 61

decreases

Front 62

atomic radius increases or decreases from top to bottom on the p.t.

Back 62

increases

Front 63

when do real gases behave most ideally

Back 63

high temp low pressure

Front 64

the bohr model is only good for ions with how many electrons

Back 64

1

Front 65

electron affinity has only two general trends what are they?

Back 65

halogen=exothermic=negative enthrophy
nobel gas=endothermic=positive enthrophy

Front 66

pi bonds occur from what

Back 66

unhybridized p orbitals

Front 67

low vapor pressure = a what boiling point

Back 67

high boiling point

Front 68

why does a high boiling point result in low v.p.?

Back 68

high boiling means strong intermolecular forces, which holds the molecules close together

Front 69

the average velocity can change depending on what

Back 69

molar mass

Front 70

average kinetic energy varies only when what varies

Back 70

temperature

Front 71

during an equilibrium reaction where do the products go on top or bottom

Back 71

top

Front 72

what is not included in an equilibrium eqn

Back 72

solids, liquids, aq solutions

Front 73

a long wavelength refers to what level of energy

Back 73

low, for example, n=5 -> n=4 would have a fairly long wavelength 5->4 is easy to remove far away from the nucleus