Dynam Creativity Programmes

Stem Kits

Explore Dynam Creativity’s Mag-Lite Kit and Motor Kit, two award-winning STEM resources. The Mag-Lite Kit offers 20 experiments in electricity, magnetism, and electrolysis, while the Motor Kit provides 31 dynamic experiments for understanding DC motors, including Fleming’s Left Hand Rule. Both kits feature comprehensive, illustrated manuals for hands-on learning.

Mag-Lite Kit

Students can perform 20 experiments and learn all about the fundamentals of electric current flow, permanent magnetism and electrolysis.

Students can perform 20 experiments and learn all about the fundamentals of electric current flow, permanent magnetism and electrolysis. Starting with a single bulb and a very simple electric circuit, they progress step by step into assembly of switches in the circuit, series and parallel circuits, and conductors and insulators. The section on magnetism explores permanent magnets, lines of force, ‘like’ and ‘unlike’ poles, attraction, repulsion and the magnetic effect of an electric current. The section on electrolysis explores the conductivity of water, ways of finding the positive and negative terminals utilizing the electrolyte and finally electrolyzing potassium iodide solution.

A fully illustrated instruction manual guides the student through these 20 exciting experiments.

Motor Kit

In a total of 31 dynamic experiments, the Motorkit explores the assembly and working of many kinds of Direct Current Motors. Fleming’s Left Hand Rule, which is the fundamental principle of operation of the motor, is very clearly illustrated in a unique way, and reinforces the concept in an analytic manner.

Both teacher and student would be thoroughly motivated by the dynamic rotation of different kinds of rotors provided.

With numerous ways of wiring of the stator and rotor circuits to the battery system, the topic of motors is covered substantially.

To summarize, the kit includes a machine wound rotor, a wound bipolar rotor and a simple coil rotor all utilized effectively with the permanent magnet or wound stators to navigate the different combinations of circuitry. The experiments range from the Tri-polar motor, the Bi-polar motor, the Simple coil motor, Shunt and Series motors, Speed control of different kinds of motors and Exercises on some of the experiments to stimulate the critical thinking required in the practical solution of problems in the field of circuits and motors.

The Motorkit is accompanied by an exhaustive, illustrated instruction manual to cover the entire range of 31 experiments.

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Stoke that flame into a wild fire