Physics cart  - Dynamics Trolley - with 1.5m retractable tape and three sets of wheels
Physics cart  - Dynamics Trolley - with 1.5m retractable tape and three sets of wheels
Physics cart  - Dynamics Trolley - with 1.5m retractable tape and three sets of wheels
Physics cart  - Dynamics Trolley - with 1.5m retractable tape and three sets of wheels
Physics cart  - Dynamics Trolley - with 1.5m retractable tape and three sets of wheels
Physics cart  - Dynamics Trolley - with 1.5m retractable tape and three sets of wheels
Physics cart  - Dynamics Trolley - with 1.5m retractable tape and three sets of wheels
Physics cart  - Dynamics Trolley - with 1.5m retractable tape and three sets of wheels
Physics cart  - Dynamics Trolley - with 1.5m retractable tape and three sets of wheels
Physics cart  - Dynamics Trolley - with 1.5m retractable tape and three sets of wheels
Physics cart  - Dynamics Trolley - with 1.5m retractable tape and three sets of wheels
Physics cart  - Dynamics Trolley - with 1.5m retractable tape and three sets of wheels
Physics cart  - Dynamics Trolley - with 1.5m retractable tape and three sets of wheels

Physics cart - Dynamics Trolley - with 1.5m retractable tape and three sets of wheels

Regular price $30 $0 Unit price per
Tax included. Shipping calculated at checkout.

Introducing our innovative Physics Cart Set including a retracting tape measure (which both accelerates the cart and measures the distance)

Designed by Physics Teacher Jacob Strickling.

Perfect for a wide range of experiments from Year 5 up to Year 12 Physics.

Comes with a free downloadable 15 Lesson Workbook. It includes lessons and experiments on Energy, Forces and Newton's Laws. The experiments are all heavily based around this set.

This is a truly innovative product on quite a number of levels.

i) The 1.5 metre tape measure is incredibly versatile as it acts as both a measuring tape AND can be used to accelerate the cart with its internal spring pulling force.

ii) Student's can explore Newton's First and Second with this cart. The two experiments on F=ma are superior to those currently carried out in schools with dynamics trolleys and masses costing in the hundreds of $$$$ (TSL equipment is much safer as well and with its low cost it means student's can work in pairs)

iii) The 250ml bottle can be used to adjust the mass with water, meaning no metal weights are required.

Innovated by Jacob Strickling, this idea was birthed when he was faced with the challenge of delivering a Physics class on Newton's Second Law in Western Australia and could not bring all the required weights due to baggage limitations. Instead, he created some lightweight carts and used plastic bottles with water as a substitute for the weights.

 This product consists of

1. Timber cart (made from recycled cedar blinds) 12cm long and 6cm wide.

The TOTAL width including the foam wheels is approximately 9.5cm.

2. 1.5 metre retractable tape measure

3. Threes sets of foam wheels 3cm, 3.5cm and 4cm in diameter

4. Two wooden dowels for axles

5. Four wooden washes to ensure a frictionless roll

6. Two elastic bands to hold the bottle in place.

7. A 250ml bottle with 50ml markings

8. Two 5ml plastic syringes with silicone tubing (comes separate to plastic case)

9. A foam insert and handy plastic storage case 17cm by 11.5 cm by 3cm

10. A digital download with 15 lessons which can be carried out with the equipment.

The digital download includes the following experiments which are perfect for exploring the Scientific Method and many Science skills. (Ramps are often just tables with one end held up above the ground)

Lesson 1 – Energy and Transformations

Lesson 2 – Forces - Pushes and Pulls

Lesson 3 - Forces with Syringes

Lesson 4 – Friction Game

Lesson 5 – Surfaces and Cart Roll Distance

Lesson 6 – Balanced Forces

Lesson 7 – Mass and Inertia

Lesson 8 – Height of Ramp and Average Speed

Lesson 9 – Weight of cart and Average Speed

Lesson 10 – Size of Wheels and Roll Distance

Lesson 11 - Different Surfaces and Roll Distance

Lesson 12 – Newton’s First Law

Lesson 13 - Mass and Acceleration – Newton’s Second Law

Lesson 14 - Force and Acceleration – Newton’s Second Law

Lesson 15 –  STEM Competition – Sail Away!

Schools could use some of these experiments as assessment tasks. eg complete experiment two of the experiments under instruction and then use another experiment as the assessment task. Brilliant!

Other experiments which could be investigated using this equipment include:

How does the angle affect the force down the ramp?

Does the retractable tape measure obey Hooke's Law?

Is the force exerted by the tape measure constant?

Overall, our cart with retractable tape measure is a must-have for anyone looking to conduct engaging and informative Physics experiments.

Customer Reviews

Based on 1 review
100%
(1)
0%
(0)
0%
(0)
0%
(0)
0%
(0)
B
Brent
Purchased for Year 10 student

This is a nifty and cleverly designed product, which works!

We bought the physics cart for our Year 10 child to complement his learning of Newton's laws of motion at school. He has so far completed 4 of the 6 experiments and charted the results.

At face value this would be particularly useful for junior high school students (Years 7 & 8) to introduce basic concepts. However, our son created additional charts of his results (F=ma, m-g-sin-theta), proving to himself that Newton's laws actually work in practice.

By plotting lines of best fit through the data and calculating their formula, these experiments were directly relevant to his Year 10 math studies too.

Good practical stuff. Our family highly recommends.