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Total cards: 24•Content version: v4•Public deck•Updated: 8/1/2026

Card preview (24)

Front (Question)

electron domain: 4

Back (Answer)

geometry: linear bond angle: 180 hybrid.: sp

Front (Question)

electron domain: 3

Back (Answer)

geometry: trigonal planar bond angle: 120 hybrid.: sp2

Front (Question)

electron domain: 2

Back (Answer)

geometry: tetrahedral bond angle: 109.5 hybrid.: sp3

Front (Question)

single bond

Back (Answer)

one sigma

Front (Question)

double bond

Back (Answer)

one sigma one pi

Front (Question)

triple bond

Back (Answer)

one sigma two pi

Front (Question)

determining greatest resonance contributer

Back (Answer)

the most stable will have a full octet on every atom the most stable will have the smallest number of charges the most stable will have neg. charges on the most electroneg. atoms and positive charge on the least electroneg. atoms

Front (Question)

order of stability in newman projections

Back (Answer)

staggered > gauche > eclipsed axi

Front (Question)

axial vs equatorial

Back (Answer)

#10

Front (Question)

equatorial bonds are more ________

Back (Answer)

stable ( lower energy ) than axial place largest sub on equatorial to get greatest stability

#11

Front (Question)

cis

Back (Answer)

two subs. in the same direction

#12

Front (Question)

trans

Back (Answer)

two subs. in opposite direction

#13

Front (Question)

a lewis acid ______ electrons

Back (Answer)

accepts

#14

Front (Question)

a lewis base _______ electrons

Back (Answer)

donates

#15

Front (Question)

the stronger the acid, ______

Back (Answer)

the weaker/ more stable the conjugate base

#16

Front (Question)

the stronger the base, ________

Back (Answer)

the more stable/weaker the conjugate acid

#17

Front (Question)

pks for organic compounds

Back (Answer)

#18

Front (Question)

the more positively charged,

Back (Answer)

the more acidic

#19

Front (Question)

the more negatively charged,

Back (Answer)

the more basic

#20

Front (Question)

if all factors are about the same, then hydrogens acidity increases as the atom that it’s bonded to:

Back (Answer)

goes left to right across a row goes down a column

#21

Front (Question)

electron withdrawing groups increase

Back (Answer)

acidity

#22

Front (Question)

electron donating groups decrease

Back (Answer)

acidity

#23

Front (Question)

s-orbitals tend to be more electroneg., so the more “s” character :

Back (Answer)

the stronger the acid

#24

Front (Question)

C A R D I O

Back (Answer)

Charge: positively charged compounds are typically more acidic, negatively charged compounds are more basic Atom: the more electroneg./ larger the atom with a negative charge, the more acidic the hydrogen is Resonance: the more resonance stabilized the conjugate base, the stronger the acid Dipole Induction: electron withdrawing groups increase acidity, electron donating groups decrease acidity Orbitals: the more s-character an atom has, the more electroneg it is, and the more acidic hydrogens bonded to it will be sp3<sp2< sp