Past and Present Shuttles Moving Throughout
Text Box: Past and Present Shuttles Moving Throughout

 

 

 

bulletObjective

        Students will grasp an understanding of the development of space shuttles and why they move so fast, then they will apply their knowledge and use math skills to learn how fast their own shuttle is moving.

bulletIndiana Science Standard Addressed
bullet4.1.8 Recognize and explain that any invention may lead to other inventions.
bulletExplain that technology extends the ability of people to make positive and/or negative changes in the world.

 

bulletMaterials
bulletreference materials regarding speed and space shuttles
bulletstring
bulletstudents space shuttle replica
bullettape
bulletstop watch

 

bulletEstimated Time
bulletThis activity will take two days of science time to do, each day will take about 45 minutes to an hour.

 

bulletProcedure

Part 1:

  1. Pair students up into groups of two.
  2. Display a large amount of resources and reference materials that are available to the students.
  3. Tell students that they are to develop an oral presentation about space shuttles and when they were developed, and why. They must also talk about one individual launch and tell about the speeds that the space shuttle reached.
  4. Give the students about 45 minutes to do this, this should be enough time because of the amount of materials that were provided to them.
  5. Student must develop a way to display the information that they learned on a poster board, and then they will use the poster board in their oral presentation.

Presentation assessment (use this to assess the oral presentations each pair.

Part 2:

  1. Take the string and run it through the shuttle so one end comes out the nose and one end comes out the tail.
  2. Tie one end of the string to the wall (or any sturdy object that will not move)
  3. Have a student hold the other end of the string
  4.  From the highest point possible, have a student release the shuttle
  5. Time the movement of the shuttle from the release to the landing
  6. Measure the distance from the wall (or object) to the landing site
  7. Now we computer the average speed by writing a fraction using the Total Distance to the landing point as the numerator and the Flight Time as the denominator.  Average Speed is written as a unit rate.  To find the unit rate, we divide the denominator in to the numerator.  (the units will be inches/second)

 

bulletRationale

By doing this activity students will be able to increase their knowledge about the common phenomena of the space shuttle and practice their math skills while learning about physics.

 

Week 2

 

 

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