Lab using track 2026

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  1. Click ‘Get Form’ to open the lab using track document in the editor.
  2. Begin by entering your name in the designated field at the top of the form. This personalizes your tracking experience.
  3. In the 'Determine Your Baseline' section, record your average daily steps for each day of the week. Use a pedometer to gather this data over a week.
  4. Set your goals in the 'Set Goals' section. Reflect on your baseline and decide on realistic mini-goals, noting them along with target dates and rewards.
  5. List at least five strategies for increasing your daily steps in the provided space under 'Develop Strategies for Increasing Steps'.
  6. Track your progress by filling in the weekly goal chart. Update it daily with your total steps recorded from your pedometer.
  7. Regularly evaluate your progress in the 'Progress Checkup' sections, making adjustments as necessary to stay on track with your goals.

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This apparatus can be used to experimentally study important concepts in kinematics such as velocity, acceleration, momentum, collisions, and kinetic energy. It is an ideal teaching aid for physics.
(3) The experiment supported the conclusions that linear momentum is conserved in collisions without external forces, while kinetic energy is only conserved in elastic collisions. Some error was present due to imperfect measurements and calculations.
Tape a 100mm long piece of black card to the side of a short glider so that the card breaks the light beam of the Photo Gate mounted across the track. Turn on the air and slide the glider through the Photo Gate. See the time displayed. As a small experiment, see if you can repeat the same speed exactly.
The Candle in a Jar Experiment: Place a lit candle in a shallow dish of water and cover it with a glass jar. As the candle burns, it consumes oxygen and creates a vacuum, causing the water to rise into the jar. This shows that air is present and that it takes up space.
ELASTIC COLLISIONS: The Air Track provides an almost friction less surface for determining the momentum of each glider both before and after collision. The relative elasticity of different collisions can be demonstrated by attaching an end bumper spring to the end of the Air Track opposite the air inlet.

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Take a boiling tube. Stretch a balloon tightly over the neck of the tube. You can use a tape to make it tight. Pour some hot water in a beaker, Insert the boiling tube with the balloon in the hot water, Observe for 2-3 minutes for any change in shape of the balloon.

23 using pedometer