Lab M-B is an dry lab. Please use the following pdf file (Lab M-B Lewis Structures Chem 200). Read the lecture part and
Posted: Fri May 06, 2022 7:26 am
Lab M-B is an dry lab. Please use the following pdf file (Lab M-B Lewis Structures Chem 200). Read the lecture part and go to the last two pages. You need to draw a table. Draw nine (9) columns (as you see on page 57) across two pages of your notebook. There are 28 molecules/ions and you need to complete the table for each molecule/ion. It is very important to write the questions and answers (the both) on your notebook. Otherwise, I will deduct some points. When you finish, you can scan the pages or take a picture and attach it here. I only accept these formats: doc, docx, pdf, gif, jpg, xls, xlsx
57 Molecule And calculate oxidations numbers here as well CF4 NH₂ # V.E. Lewis Dot Diagram, Formal Charge. Resonace structures if applicable Needs lots of space Electron pair shape name Bond Angles 3D structure w/Lone Pairs and elements Molecular 3D shape name strucutre and polarity arrows specify if is polar or nonpolar Needs lots of space headers! listed under each column. Also, do NOT use a grid, use free-form, in other words just use notebook-you will loose points if you do not do this. Include all items In Your Notebook: Write these 9 columns....ACROSS TWO PAGES of your lab
Write these molecules/ions in your notebook (in the table) and complete the table. (1) XeF2 (2) BC13 (3) CoCl₂ (4) SFA (5) IFs (6) Pcl3 (7) CH₂Cl₂ (8) CH₂0 (9) N₂0 (central is N) (10) CHI (11) NH3 (12) OC₂ (13) PO (14) NHÀ (15) C₂H6 (16) C₂H4 (17) C₂H₂ (18) CO (19) XeF4 (20) CIOA (21) 13 (22) NOŻ (23) NO (24) CO3² (25) H₂O₂ (26) N₂H4 (27) CHINH, (28) BrO₂
pages. You need to draw a table. Draw nine (9) columns (as you see on page 57) across two pages of your notebook. There are 28 molecules/ions and you need to complete the table for each molecule/ion. It is very important to write the questions and answers (the both)
57 Molecule And calculate oxidations numbers here as well CF4 NH₂ # V.E. Lewis Dot Diagram, Formal Charge. Resonace structures if applicable Needs lots of space Electron pair shape name Bond Angles 3D structure w/Lone Pairs and elements Molecular 3D shape name strucutre and polarity arrows specify if is polar or nonpolar Needs lots of space headers! listed under each column. Also, do NOT use a grid, use free-form, in other words just use notebook-you will loose points if you do not do this. Include all items In Your Notebook: Write these 9 columns....ACROSS TWO PAGES of your lab
Write these molecules/ions in your notebook (in the table) and complete the table. (1) XeF2 (2) BC13 (3) CoCl₂ (4) SFA (5) IFs (6) Pcl3 (7) CH₂Cl₂ (8) CH₂0 (9) N₂0 (central is N) (10) CHI (11) NH3 (12) OC₂ (13) PO (14) NHÀ (15) C₂H6 (16) C₂H4 (17) C₂H₂ (18) CO (19) XeF4 (20) CIOA (21) 13 (22) NOŻ (23) NO (24) CO3² (25) H₂O₂ (26) N₂H4 (27) CHINH, (28) BrO₂
pages. You need to draw a table. Draw nine (9) columns (as you see on page 57) across two pages of your notebook. There are 28 molecules/ions and you need to complete the table for each molecule/ion. It is very important to write the questions and answers (the both)