Quiz: Explaining Group 1 Reactivity Trend Using Electron Configurations
4XCH1
Ready to start this lesson?
Sign in to track your progress. 11 steps including 9 interactive questions.
Sign In to Start Learning
Students also studied
Browse allSteps in this lesson (11)
Building on what you've learned about Group 1 metals, let's test your knowledge of how their reactivity trend relates to electron configurations!
Which electron shell contains the outermost electron in Group 1 elements?
Start the lesson to answer this multiple choice question
Which of the following statements about the reactivity of Group 1 metals are true? (Select all that apply)
Start the lesson to answer this multi-select question
As you move down Group 1, atoms become larger because the {{blank0}} increases, and the outer electron becomes {{blank1}} strongly attracted to the nucleus.
Start the lesson to answer this fill in the blank question
Match the items on the left with their correct pairs on the right
Start the lesson to answer this matching question
A potassium atom has 19 electrons. What is the charge of its ion after it loses one electron?
Start the lesson to answer this math equation question
Why does the reactivity of Group 1 metals increase as you go down the group?
Start the lesson to answer this multiple choice question
Match the items on the left with their correct pairs on the right
Which factors explain why Group 1 metals react with water? (Select all that apply)
Start the lesson to answer this multi-select question
What happens to the outer electron of a Group 1 metal during a reaction?
Start the lesson to answer this multiple choice question
Group 1 metals are reactive because they have {{blank0}} electron(s) in their outer shell, which is {{blank1}} held by the nucleus.
Start the lesson to answer this fill in the blank question
Want to Learn More?
Get personalised lessons, quizzes, and instant feedback from your AI tutor.
Explore More Topics