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School
Liberty University Online Academy**We aren't endorsed by this school
Course
BIOLOGY DISCUSSION BOARD FORUM 1 101
Subject
Chemistry
Date
Dec 18, 2024
Pages
1
Uploaded by UltraSandpiper4809
S 6 & i % 2 i f | ) ,,\;;.z-.;x""k"’ ' . _""“““"’Q 3 8 k: ) Part Two: Lab Simulation Lab Questions: Follow the instructions in each question below, then use the simulation and pre-lab information to complete the questions. 1. Reset the simulation to its original settings. If you were to move the electronegativity cursor for AtomB to the far right under “more” electronegative (so that Atom A is at “less” electronegative and B is at “more”), what would you predict for the molecular characteristicsin the table below? Fill out the whole table with your predictions. (Do not use the simulator for your predictions; this question will be graded for completion only.) (6 points) Bond dipole 5 : pm\ hina lowads Yne o avd ¢ Panialcharges Atom © will " how€ o POCTVAL ny¢ Aca I ‘el s A \ aton B witl WX o gagial esPiive Charae Bond character ¥V R {\ A e MOYe LU0 AT Electrostatic potential , & | \Wao Wl ajound athm © and CreotiVe oqour oom B Electron density 5 Niawer acond ofown & Orientation in electric L field Blowm d will be dbwads fhe vosiri€ Cnd of the e\ehic Feild 2. Now, using the simulator, move the electronegativity cursor for AtomB to the far right under “more” electronegative. Record your results for the molecular characteristics inthe table below. Note the size of the partial charges, as well. (6 points) Bond dipole A Pmmmo\ e ¢iawn \ _ o A Pos otk chos u(‘\ I Partial Charges e flbm b neapt\We riayal A Bond character s : | Maye QyoeNT LoV . Electrostatic potential ’ fi an at Aom B, low o AMom A. ’ Electron density A Hiapnest ot Mom B, lowest oa oy @ . j Orientation in electric field : L \\\(\fl\ f \S Lfi'fl'(‘{\ L.‘J\A(H.'fi 1\ i4.?v':-l' enad o £ 4(\\@‘\ Lleovie Geld.
