This document contains the schedule for the atomic structure unit. In this document, you will find the following items:
Topic Titles for "You Got This" Quizzes
Major deadlines
Resources (titles and links) that supplement daily instruction
This link was purposefully linked at 22:00. The content before is NOT in this unit.
This link was purposefully linked at 15:00. HOWEVER, the content BEFORE is relevant to this unit. Feel free to review in order to get more practice. If you want the answers to this "homework" check out the video on the "compound" page.
Complete this HW to prepare for YGT!
If you need a little extra help with molar mass conversions, watch this video.
The first half explains how a mass spectrometer works, and the second half reviews problems similar to ones that you will see on the exam.
Try problems 5 & 7 on the MC portion
Feel free to skip through this video to the problems you don't know. This video contains the solutions to "Mass Spectrometry- FP."
He uses moles to explain... try going straight from grams to grams and see if you get the same answer.
The solutions to this classwork activity are at the bottom.
Once you have mastered gravimetric analysis apply those skills to MC problems 9-13, then try FRQ 4 & 6.
Feel free to skip through this video to the problems you don't know. This video contains the solutions to "Gravimetric Analysis - FP."
You need to get a 100% on this quiz in order to do the first lab! The solutions are on the last two pages (the test starts on page 2). You will need to do every problem except #21.
Here is the formative assessment for the Lab Assessment
Here are the answers. For the conceptual questions, I underlined the most important parts of my explanation.
Not only will the HW assignment help with the You Got This! I also include some tips for making explanations in general.
Complete:
Page 1: 14
Page 2: 1, 2, 3, & 4 (right side)
**Note: the video solutions are linked on the document at the beginning of each section.
Complete:
Page 1: 10, 13, 15
Page 2: 3 (left side)
Complete:
Page 1: 11 &12
This video is an excellent (yet silent) animation that shows each orbital. NOTE: Each shape can hold up to two electrons. Hence there are three p orbitals that each hold 2 electrons (total of 6).
These are data-based application questions to be completed during class time.
These are the solutions to the Periodic Trends Flex day activity.
Here are some additional questions in order to prepare for Gravimetric Analysis Lab Questions. Great way to test you knowledge of each step.
Here are some MC questions related to Electron Configuration
Here are the solutions to the MCQ questions.
Here is a set of multiple choice problems that are a review for molar mass, empirical formulas, and mass percent. Solutions are on the second page.
Here is a set of problems related to empirical formulas. Solutions are on the second page.