Question.5120 - Module 2 assignment: Valence electronsDue: Sun Feb 2, 2025 11:59pmDue: Sun Feb 2, 2025 11:59pmLate30/4030/40 PointsAttemptReview FeedbackSUBMITTED: Feb 23, 2025 5:08pmSUBMITTED: Feb 23, 2025 5:08pmAttempt 2 Score:30/40View FeedbackAnonymous Grading:noUnlimited Attempts AllowedDetailsAssignment objective:Students will apply knowledge of chemical bonding and valence to the most important elements in mineral chemistry by completing a valence electron worksheetConnection to module objective:Apply basic principles of chemical bonding to the most important minerals found on our planetDescription:In this assignment you will apply what you've learned about chemical bonding and in particular the concept of valence to the most important elements in mineral chemistry. To complete the assignment, draw on the knowledge you gained from reading the textbook chapters and watching the chemistry review videos. If you get stuck, rewatch the parts of the review videos where I walk you through filling it out (for the elements hydrogen, carbon, and sodium), but if things are still murky after that please don't hesitate to reach out for help! Send me an email or come to my student hours. This is also a great module to make friends and form study groups that can help you throughout the semester.Learning materials to help you with this assignment:Chemistry review lecture videos 1-5Physical Geology Ch. 2.1Links to an external site. and 2.2Links to an external site.Introduction to Geology, Ch. 3.1Links to an external site.Steps: Download this worksheet Actionsto your computer and fill it out completely. It's not a fillable pdf because the fillable version was endlessly buggy. Just fill it in by hand, the old fashioned way.Note: potassium (K) has one 4th level electron and calcium (Ca) has two. Don't worry, they behave the same as the 3rd level electrons of sodium (Na) and magnesium (Mg).Once you're finished, upload a scanned copy or a photo of it here.Grading this assignment:This assignment is worth 40 points. I will grade it by selecting three elements at random from the worksheet and scoring your responses for those elements (rows), one point per box in the row. Pay extra close attention to the second half of each row—the number of valence electrons, the valence of each element, etc.
Answer Below:
Valence xxxxxxxxx I xxx unable xx download xxx worksheet xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx orntolcManyManyceManystChargCovaleNumbElectroElectroShellValencePathent xxxxxx inFull xxxxxxxxx ValenTotal xxxxxx Fullce xxxxxxxxxxxxxxxx ceShellHydrogenH xxxxx No xxxx electron xx fill xxxxxx CovalentCarbo xx Level xxxxx N xxxxx electrons xxxx covalent xxxxxx CovalentNitroge xx Level xxxxx No xxxx electrons xx fill-shell xxxxxxx tOxyge xx Level xxxxx No xxxx electrons xx fill-shell xxxxxxx tFluorin xx Level xxxxx No xxxx electron xx fill-shell xxxxxxx tSodiuN xxxxx Level x Lose xxxxxxxx to xxxx Ionima xxxxx oshell xxxxxxxxxx Level xxxxx N xxxx electrons xx Ionimg xxxxx ofill xxxxx cAluminuA xxxxx Level x Lose xxxxxxxxx to xxxxxx Level xxxxx shell xxxxxxxx Level xxxxx N xxxxx electrons xxxx Covaleni xxxxx ocovalent xxxxx ntPhosphorP xxxxx Level x Gain xxxxxxxxx to-Covaleus xxxxx ofill xxxxx ntSulfuS xxxxx Level x Gain xxxxxxxxx to xxxxxxxxxxxx Level xxxxxx ntChlorinC xxxxx Level x Gain xxxxxxxx to xxxxxxxxxxxxx Level xxxxxx ntPotassiK xxxxx Level xxxxxx Lose xxxxxxxx to xxxxxx Level xxxxx shell xxxxxxxx Level xxxxx N xxxx electrons xx Ionima xxxxx Level xxxxx shell xMore Articles From Physical Geology (GEOL 1)
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