Lesson Plans that Support Class Trips

Lesson Plans:

Sports & Games Lesson Plan

OVERVIEW

Students participate in activities to learn about the members of their team and how to work together in order to be successful.


BEFORE YOU GO
- Call ahead to ask about age, height or fitness requirements, as well as necessary or recommended equipment.
- Download a map and list of activities from the website. Check if the website offers printable lessons or worksheets.
- Discuss with students the importance of teambuilding and game playing.  

WHAT TO WONDER
Ask: How do these games and activities function? How does the laser “tag” the player, why is the bowling lane so slick, how does the zip line propel riders?

Observe how your teammates react and interact. Remember to stay positive – everyone is different and brings a unique advantage to the team.

Describe how each team member contributes to the activity. Describe the rules and procedures of the games.

Opinion: What type of player are you – competitive, all about fun, spirit of the team? What do think about cheating during sports or games?

Compare several activities you completed today. Which were hardest and why? Which were most fun? Which required the most teamwork?

Challenge students to predict scores or game outcomes, to improve their skills by using basic math or physics concepts. 

FOLLOW UP  

Discuss the importance of teamwork or “playing the game.” In what other situations might you need these skills? Is it important to play by the rules? Why or why not?

Research the history of the sport or game of your choice. Research tips on how to play and improve. Find videos or photos of the activities.

Project: Design and play a mini version of the sport or game at your school, and challenge students to use basic math or physics to help.

PRINTOUTS/RESOURCES 

Online timeline of laser tag with photographs, new updates, and facts: http://www.trutnee.com/index.php?page=381&p=1&p_stat=1 

Information about laws of physics, bowling terms, stats and online lessons http://www.mrfizzix.com/bowling/index2.html and http://ffden-2.phys.uaf.edu/211_fall2004.web.dir/craig_stephenson/direction.html 

Create your own golf course with Mathematical Golf: Angles http://mathforum.org/workshops/sum96/golf.math.html