PASCO ME-9866 Demonstration Spring Set User Manual

Demonstration spring set

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Instruction Manual

Manual No. 012-08722

Demonstration Spring

Set

Model No. ME-9866

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Table of contents

Document Outline

  • Demonstration Spring Set
  • Model No. WA-9866
    • Warranty
    • For a description of the product warranty, see the warranty description in the PASCO catalog.
  • 012-08722a_txt.pdf
    • Demonstration Spring Set
      • Model No. ME-9866
        • Equipment List
          • 1. Four Demonstration Springs Spring constants: 4N/m to 14 N/m Lengths: 11 cm to 22 cm
        • Introduction
        • Discovering Hooke’s Law
          • 1. Hang the desired spring from a horizontal support and measure the distance from the bottom of ...
          • 2. Place a hooked mass or mass hanger on the bottom on the spring.
          • 3. Measure the distance from the bottom of the spring to the tabletop or floor.
          • 4. Subtract the "initial distance" from the new distance to calculate the stretch of the spring. ...
          • 5. Place more mass on the spring and repeat measurements/ calculations.
          • 6. Collect at least six pairs of hanging mass and stretch data.
          • 7. Convert the hanging masses to force using the acceleration due to gravity (9.81 m/s2).
          • 8. Create a graph with force on the vertical axis and stretch on the horizontal axis.
          • 9. Using y = mx + b, write an equation for each of the lines. Make sure to include appropriate va...
          • 10. The slope of the Force vs. Stretch graph in known as the spring constant or rate. The vertica...
        • Conservation of Energy
          • 1. Determine the spring constant of the strongest spring.
          • 2. Hang the spring from horizontal support above a tabletop.
          • 3. Tie a 30 cm piece of string to a 200 g mass.
          • 4. Feed the string through the center of the spring and tie to the horizontal support such that t...
          • 5. Ask students to use conservation of energy to calculate how far the mass will fall when the st...
          • 6. The horizontal support should then be adjusted so the mass will just miss the tabletop when th...
          • 7. Cut the string to test the students' hypothesis.
  • 012-08722a_txt.pdf
    • Demonstration Spring Set
      • Model No. ME-9866
        • Equipment List
          • 1. Four Demonstration Springs Spring constants: 4N/m to 14 N/m Lengths: 11 cm to 22 cm
        • Introduction
        • Discovering Hooke’s Law
          • 1. Hang the desired spring from a horizontal support and measure the distance from the bottom of ...
          • 2. Place a hooked mass or mass hanger on the bottom on the spring.
          • 3. Measure the distance from the bottom of the spring to the tabletop or floor.
          • 4. Subtract the "initial distance" from the new distance to calculate the stretch of the spring. ...
          • 5. Place more mass on the spring and repeat measurements/ calculations.
          • 6. Collect at least six pairs of hanging mass and stretch data.
          • 7. Convert the hanging masses to force using the acceleration due to gravity:
          • 8. Create a graph with force on the vertical axis and stretch on the horizontal axis.
          • 9. Using y = mx + b, write an equation for each of the lines. Make sure to include appropriate va...
          • 10. The slope of the Force vs. Stretch graph in known as the spring constant or rate. The vertica...
        • Conservation of Energy
          • 1. Determine the spring constant of the strongest spring.
          • 2. Hang the spring from horizontal support above a tabletop.
          • 3. Tie a 30 cm piece of string to a 200 g mass.
          • 4. Feed the string through the center of the spring and tie to the horizontal support such that t...
          • 5. Ask students to use conservation of energy to calculate how far the mass will fall when the st...
          • 6. The horizontal support should then be adjusted so the mass will just miss the tabletop when th...
          • 7. Cut the string to test the students' hypothesis.
  • 012-08722a_cvr.pdf
    • Demonstration Spring Set
    • Model No. ME-9866
      • Warranty
      • For a description of the product warranty, see the warranty description in the PASCO catalog.
  • 012-08722a_cvr.pdf
    • Demonstration Spring Set
    • Model No. ME-9866
      • Warranty
      • For a description of the product warranty, see the warranty description in the PASCO catalog.
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