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Output

In this Swing Model activity, when the battery is powered up, the motor starts

rotating, which in turn moves the swing back and forth. This demonstrates how
rotational motion from the motor can be converted into oscillating motion,
mimicking the action of a swing.

Concepts

1. Motion and Force: You will understand the concept of different types of

motion (rotational and oscillating). The activity demonstrates how the motor
generates rotational motion, which is then converted into the back-and-

forth motion of a swing. This connects to the science of force and motion.
2. Energy Transfer: The activity introduces how electrical energy from the

battery is converted into mechanical energy through the motor, powering
the swing’s motion. This relates to the concept of energy transformation in

science.

Observation

In the Swing Model activity, students will observe how the swing moves back
and forth when the motor is powered. They will notice that the rotational

movement of the motor is transferred to the swing, demonstrating how different
types of mechanical movement can be created using simple components.
This activity provides hands-on learning about motion, energy transfer, and

mechanical systems.

Science Concepts with Block-Based Construction Kit 25