Student Kit Mechanics

The dynamics are examined extensively with two light barriers and a 1 m lane. The student set based on breaker cards for a learning group opens up the possibility of the measuring principle itself becoming the subject of the lesson.

particularities

• 1 m track with scale
• Drop test bag for accurate measurements with small coins
• Can be connected to all Vernier loggers and via the LabCradle to the TI nspire
• Internal differentiation with digital help cards via QR codes recommended/supported

In the accompanying material

• All student worksheets as editable Word versions for free downloa
• Sentence cards for the investigation of motion diagrams
• Each experiment with a list of materials, 1-2-3 CAD 3D instructions, instructions for use, evaluation, and tips

CONTENTS OF THIS KIT:

• 1 × lin
• 1 × Stand rods with hole and pin, 330/200 mm
• 2 × Rings with hooks, 5 pieces
• 2 × Double socket with slot, aluminum
• 1 × Profile rail, 100 cm
• 1 × Profile rail with central hole
• 2 × Clamping slide
• 2 × Rail feet, pluggable
• 1 × Weight carrier, 10 g
• 2 × Slice weight, 10 g, red
• 2 × Slice weight, 10 g, green
• 1 × Slice weight, 50 g, red
• 1 × Slice weight, 100 g
• 1 × Slice weight, 50 g, green
• 1 × Coil spring, 150 mm / max. 10 N.
• 1 × Coil spring, 100 mm / max. 12 N.
• 1 × Bag for drop tests
• 1 × Breaker card, 100 mm
• 2 × Breaker card, 30 mm
• 1 × pointer
• 2 × Buffer to rod
• 2 × Baffle plate with 4 mm connector
• 2 × dare
• 1 × Pendulum ball, steel, 25 mm Ø
• 1 × Pendulum ball, wood, 25 mm Ø
• 1 × Wooden ball, natural color
• 4 × Disc magnet with plug
• 1 × Clamp pipe
• 2 × Light barrier – VPG-BTD
• 2 × Screw for 78250
• 1 × Storage tray tall, red
• 1 × Terminal cover
• 1 × Grant plan for 43009
• 1 × Experiment instructions SEG dynamics

TOPICS IN THIS KIT:

1 – Straight, uniform movement

2 – Newton’s Laws – Part 1

3 – Newton’s Laws – Part 2

4 – way-time law

5 – motion diagrams

6 – Free fall (1) – gravitational acceleration

7 – Free fall (2) – height of fall – speed of fall

8 – Free fall (3) – Height of fall – Time of fall

9 – Horizontal throw

10 – thread pendulum – oscillation period

11 – thread pendulum – g determination

12 – thread pendulum – damping

13 – Spring pendulum – period of oscillation

14 – conservation of momentum

15 – Elastic – Inelastic shock

INSTRUCTIONS INCLUDED