Will the cart be going any faster at the bottom if a mass is added? With the Curved PAStrack and low friction Smart Cart, students can investigate conservation of energy and answer these types of questions experimentally
This unique system has curved track that allows your students to build hills and valleys for Conservations of Energy experiments.
Data is collected using the sensors onboard the Smart Cart. Unlike when Motion Sensors are used to track the cart, the Smart Cart does not have to be in the direct line of sight of the sensor so it can go over hills. And the Smart Cart is wireless so no extra friction is introduced.
The curved and straight track pieces can be combined to form a step such that the cart starts out on a nearly level upper section, travels down the ramp and ends on a level straight section. This make measuring the change in height very easy.
During the experiments the mass of the cart can easily be varied to see what effect, if any, it has on the results.
Another possible configuration is creating a well so the cart oscillates back-and-forth, streaming position, velocity and acceleration data directly to your devices the entire time.
This versatile system can also be used for regular dynamics experiments such as impulse, collisions, Newton’s Second Law and much more.
- Curved PAStrack (ME-6841) (2)
- PAStrack (ME-6960) (2)
- Smart Cart (Red) (ME-1240)
- Universal Cart Mass (set of 2) (ME-6757A)
- Round Base with Rod (ME-8270) (2)
- Dynamics Track End Stop (2 Pack) (ME-8971)
- Small “A” Base (ME-8976) (2)
- Stainless Steel Rod, 60 cm Threaded (ME-8977) (2)
- Track Rod Clamp (ME-9836) (4)
|Adjustable End Stop Manual||English||249.16 KB|
|Curved PAStrack Manual||English||535.22 KB|
|PASTrack Manual||English||405.80 KB|
|Wireless Smart Cart Manual||English||972.15 KB|