False A. Bond 1 C. Translational +1 Formal charge b. Strong IMF 3. C2H4O2 water Intramolecular force Stays the same 6.3 A. Physical 2,1,3 B. Electronegativity of 1.5 a. Increased A. Larger AlCl3 > BaCl2 > KCl A. H2O Dispersion forces A. Larger b. tetrahedral molecular geometry B. Decreases angle 3. C2H4O2 A. H2O 0.839 A. Physical c. Surface Tension D. 1 2.2 mol/kg a. More d. 1 lone pair Dispersion forces B. 6.3 Stays the same a. Increased d. Ionic A. KBr and NH3 larger, higher AlCl3 > BaCl2 > KCl A. KBr and NH3 C5H12 D. 1 Condensation a. Freezing point elevation C. 0.0432 Kg 1.90 mol of O F. Solid to gas 0.839 2,1,3 False A. Bond 1 d. Ionic Electronegativity of 1.5 C. 0.0432 Kg Intramolecular force True Intermolecular force a. Freezing point elevation larger, higher d. 1 lone pair 1.90 mol of O b. tetrahedral molecular geometry C5H12 Sublimation Condensation F. 3 F. Solid to gas a. More +1 Formal charge Sublimation Intermolecular force True 2.2 mol/kg water C. Translational c. Surface Tension F. 3 b. Strong IMF B. Decreases angle False A. Bond 1 C. Translational +1 Formal charge b. Strong IMF 3. C2H4O2 water Intramolecular force Stays the same 6.3 A. Physical 2,1,3 B. Electronegativity of 1.5 a. Increased A. Larger AlCl3 > BaCl2 > KCl A. H2O Dispersion forces A. Larger b. tetrahedral molecular geometry B. Decreases angle 3. C2H4O2 A. H2O 0.839 A. Physical c. Surface Tension D. 1 2.2 mol/kg a. More d. 1 lone pair Dispersion forces B. 6.3 Stays the same a. Increased d. Ionic A. KBr and NH3 larger, higher AlCl3 > BaCl2 > KCl A. KBr and NH3 C5H12 D. 1 Condensation a. Freezing point elevation C. 0.0432 Kg 1.90 mol of O F. Solid to gas 0.839 2,1,3 False A. Bond 1 d. Ionic Electronegativity of 1.5 C. 0.0432 Kg Intramolecular force True Intermolecular force a. Freezing point elevation larger, higher d. 1 lone pair 1.90 mol of O b. tetrahedral molecular geometry C5H12 Sublimation Condensation F. 3 F. Solid to gas a. More +1 Formal charge Sublimation Intermolecular force True 2.2 mol/kg water C. Translational c. Surface Tension F. 3 b. Strong IMF B. Decreases angle
(Print) Use this randomly generated list as your call list when playing the game. There is no need to say the BINGO column name. Place some kind of mark (like an X, a checkmark, a dot, tally mark, etc) on each cell as you announce it, to keep track. You can also cut out each item, place them in a bag and pull words from the bag.
False
A. Bond 1
C. Translational
+1 Formal charge
b. Strong IMF
3. C2H4O2
water
Intramolecular force
Stays the same
6.3
A. Physical
2,1,3
B.
Electronegativity of 1.5
a. Increased
A. Larger
AlCl3 > BaCl2 > KCl
A. H2O
Dispersion forces
A. Larger
b. tetrahedral molecular geometry
B. Decreases angle
3. C2H4O2
A. H2O
0.839
A. Physical
c. Surface Tension
D. 1
2.2 mol/kg
a. More
d. 1 lone pair
Dispersion forces
B.
6.3
Stays the same
a. Increased
d. Ionic
A. KBr and NH3
larger, higher
AlCl3 > BaCl2 > KCl
A. KBr and NH3
C5H12
D. 1
Condensation
a. Freezing point elevation
C. 0.0432 Kg
1.90 mol of O
F. Solid to gas
0.839
2,1,3
False
A. Bond 1
d. Ionic
Electronegativity of 1.5
C. 0.0432 Kg
Intramolecular force
True
Intermolecular force
a. Freezing point elevation
larger, higher
d. 1 lone pair
1.90 mol of O
b. tetrahedral molecular geometry
C5H12
Sublimation
Condensation
F. 3
F. Solid to gas
a. More
+1 Formal charge
Sublimation
Intermolecular force
True
2.2 mol/kg
water
C. Translational
c. Surface Tension
F. 3
b. Strong IMF
B. Decreases angle