Question 1 (1 point) 1. Ca-Cl 4. S-Se 7. Br-1 2.0-H 5. C-Cl 8. Na-Br 3. N-Br 6. P-1 9. CI-CI Four of the bonds in the ta

Post by **answerhappygod** » Thu Jul 07, 2022 1:48 pm

: Question 1 1 Point 1 Ca Cl 4 S Se 7 Br 1 2 0 H 5 C Cl 8 Na Br 3 N Br 6 P 1 9 Ci Ci Four Of The Bonds In The Ta 1 (33.45 KiB) Viewed 44 times

: Question 1 1 Point 1 Ca Cl 4 S Se 7 Br 1 2 0 H 5 C Cl 8 Na Br 3 N Br 6 P 1 9 Ci Ci Four Of The Bonds In The Ta 2 (29.33 KiB) Viewed 44 times

: Question 1 1 Point 1 Ca Cl 4 S Se 7 Br 1 2 0 H 5 C Cl 8 Na Br 3 N Br 6 P 1 9 Ci Ci Four Of The Bonds In The Ta 3 (35.76 KiB) Viewed 44 times

: Question 1 1 Point 1 Ca Cl 4 S Se 7 Br 1 2 0 H 5 C Cl 8 Na Br 3 N Br 6 P 1 9 Ci Ci Four Of The Bonds In The Ta 4 (42.33 KiB) Viewed 44 times

Question 1 (1 point) 1. Ca-Cl 4. S-Se 7. Br-1 2.0-H 5. C-Cl 8. Na-Br 3. N-Br 6. P-1 9. CI-CI Four of the bonds in the table above can be classified as polar covalent. Which numbers correspond to these polar covalent bonds? List them from least polar covalent to most in numerical order with no spaces. <
Question 2 (1 point) Select all compounds with a trigonal pyramidal VSEPR shape. CH₂Cl₂ H₂S SiH4 CO₂ PC|3 NBr3
Question 3 (2 points) Carbon disulfide has the molecular formula CS₂. How many bonding pairs are around the central atom? A/ Carbon disulfide has the molecular formula CS₂. How many lone pairs are around the central atom? A/ Carbon disulfide has the molecular formula CS2. What VSEPR shape best describes carbon disulfide? A/
Question 6 (1 point) 1 11 ||| IV Compound Formula ASCI, SIO₂ OBr₂ CF₂Cl₂ 1. Bent 2. Trigonal Planar 3. Linear 4. Trigonal Pyramidal 5. Tetrahedral + Using the following information, determine the shape of compounds I-IV. Enter the 4 digit number representing the VSEPR geometries for compounds I II III IV.