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and the motor stops working. This activity provides a hands-on understanding
of how electric motors work, how energy is transferred, and how switches can

control devices.

Assembling a Swing Model

Repetitive motion occurs when an object moves in the same way repeatedly,
forming a continuous pattern of movement. This type of motion is commonly

seen in our daily lives and is essential in many machines and natural processes.

Examples of repetitive motion include a swing going back and forth or the
pendulum of a clock. In both cases, the movement follows the same path,
whether it’s in an up-and-down or side-to-side direction. Many machines, such

as sewing machines or windshield wipers, rely on repetitive motion to function
efficiently, performing tasks consistently and precisely.

Repetitive motion is sustained by the forces acting on the object. Once a force

initiates the motion, it can continue with the aid of gravity or other forces,
allowing the object to keep moving in the same manner repeatedly.

Building a Motorises Swing

Let's learn how motion is transformed by building a swing model, which shows
how energy is converted into motion.

Basic Assembly Guide
Step 1

CT2 1 pc CT3 2 pcs CT (1 x 2) 2 pc

P5 1 pc P7 x 11 1 pc

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