F. Solid to gas A. Physical a. Freezing point elevation Electronegativity of 1.5 True C5H12 C. 0.0432 Kg Dispersion forces False Dispersion forces A. Bond 1 larger, higher 1.90 mol of O A. KBr and NH3 Electronegativity of 1.5 F. 3 A. Larger b. Strong IMF c. Surface Tension Stays the same C. 0.0432 Kg 6.3 3. C2H4O2 3. C2H4O2 b. tetrahedral molecular geometry A. Larger b. tetrahedral molecular geometry F. Solid to gas Stays the same 0.839 water False Intramolecular force d. Ionic a. More C. Translational 2,1,3 B. Decreases angle 2.2 mol/kg AlCl3 > BaCl2 > KCl A. Bond 1 A. H2O A. Physical 1.90 mol of O +1 Formal charge +1 Formal charge A. H2O True B. Decreases angle d. 1 lone pair c. Surface Tension Sublimation 6.3 0.839 F. 3 D. 1 B. water AlCl3 > BaCl2 > KCl C. Translational Condensation a. Increased 2,1,3 B. a. Freezing point elevation C5H12 2.2 mol/kg Intermolecular force d. 1 lone pair larger, higher Sublimation A. KBr and NH3 a. More b. Strong IMF a. Increased Condensation D. 1 Intramolecular force d. Ionic Intermolecular force F. Solid to gas A. Physical a. Freezing point elevation Electronegativity of 1.5 True C5H12 C. 0.0432 Kg Dispersion forces False Dispersion forces A. Bond 1 larger, higher 1.90 mol of O A. KBr and NH3 Electronegativity of 1.5 F. 3 A. Larger b. Strong IMF c. Surface Tension Stays the same C. 0.0432 Kg 6.3 3. C2H4O2 3. C2H4O2 b. tetrahedral molecular geometry A. Larger b. tetrahedral molecular geometry F. Solid to gas Stays the same 0.839 water False Intramolecular force d. Ionic a. More C. Translational 2,1,3 B. Decreases angle 2.2 mol/kg AlCl3 > BaCl2 > KCl A. Bond 1 A. H2O A. Physical 1.90 mol of O +1 Formal charge +1 Formal charge A. H2O True B. Decreases angle d. 1 lone pair c. Surface Tension Sublimation 6.3 0.839 F. 3 D. 1 B. water AlCl3 > BaCl2 > KCl C. Translational Condensation a. Increased 2,1,3 B. a. Freezing point elevation C5H12 2.2 mol/kg Intermolecular force d. 1 lone pair larger, higher Sublimation A. KBr and NH3 a. More b. Strong IMF a. Increased Condensation D. 1 Intramolecular force d. Ionic Intermolecular force
(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.
F. Solid to gas
A. Physical
a. Freezing point elevation
Electronegativity of 1.5
True
C5H12
C. 0.0432 Kg
Dispersion forces
False
Dispersion forces
A. Bond 1
larger, higher
1.90 mol of O
A. KBr and NH3
Electronegativity of 1.5
F. 3
A. Larger
b. Strong IMF
c. Surface Tension
Stays the same
C. 0.0432 Kg
6.3
3. C2H4O2
3. C2H4O2
b. tetrahedral molecular geometry
A. Larger
b. tetrahedral molecular geometry
F. Solid to gas
Stays the same
0.839
water
False
Intramolecular force
d. Ionic
a. More
C. Translational
2,1,3
B. Decreases angle
2.2 mol/kg
AlCl3 > BaCl2 > KCl
A. Bond 1
A. H2O
A. Physical
1.90 mol of O
+1 Formal charge
+1 Formal charge
A. H2O
True
B. Decreases angle
d. 1 lone pair
c. Surface Tension
Sublimation
6.3
0.839
F. 3
D. 1
B.
water
AlCl3 > BaCl2 > KCl
C. Translational
Condensation
a. Increased
2,1,3
B.
a. Freezing point elevation
C5H12
2.2 mol/kg
Intermolecular force
d. 1 lone pair
larger, higher
Sublimation
A. KBr and NH3
a. More
b. Strong IMF
a. Increased
Condensation
D. 1
Intramolecular force
d. Ionic
Intermolecular force