Science (S1–S3) · QTS Science AI Interactive Learning Platform

Science (S1–S3)

Integrated science covering physics, chemistry, biology and Earth science for junior secondary students.

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S1

Introducing Science

Looking at Living Things

Cells, Human Reproduction and Heredity

Energy

Matter as Particles

S2

Living Things and Air

Sensing the Environment

Force and Motion

S3

From Atoms to Materials

Light, Colours and Beyond

AI Science Interactive Learning Platform

Learning Objective: Students will be able to identify variables in a fair test and understand the importance of controlling variables.

Science (S1–S3)

Gas Detection Lab: Testing for Oxygen, Carbon Dioxide, Water Vapour and Nitrogen

Air Detective Station: What Substances Are in Our Environment?

Learning Objective: Students will be able to identify common substances in the environment and classify them based on their properties.

Science (S1–S3)

Air Detective Station: What Substances Are in Our Environment?

Learning Objective: Students will be able to sequence the path of light through the eye and describe the functions of the cornea, pupil, lens, retina, and optic nerve.

Science (S1–S3)

Eye Defense: Light Path Quest

Learning Objective: Students will understand that sound is produced by vibrations and be able to distinguish the effects of amplitude and frequency on loudness and pitch.

Science (S1–S3)

Hearing Science: Super Tuner

Learning Objective: Students will be able to apply the speed formula and convert between m/s and km/h.

Science (S1–S3)

Speed Calculation 10-Question Challenge

Learning Objective: Students will be able to identify physical and chemical properties and apply them to classify everyday materials.

Science (S1–S3)

Physical vs Chemical Properties Quiz

Learning Objective: Students will be able to identify classifications of matter and understand the basic concepts of elements, compounds, and mixtures.

Science (S1–S3)

Matter Classification Simulator

Learning Objective: Students will understand the principles of ionic bonding and apply them to determine compound composition.

Science (S1–S3)

Ions making Challenge

Learning Objective: Recognise that light is only seen when it enters the eye, and explain how scattering by particles makes a light beam's path visible.

Science (S1–S3)

Light Scattering and Light Beams

Learning Objective: Understand that object color depends on the light it reflects, and how mixing different colored lights affects perception.

Science (S1–S3)

Color Vision and Reflection Simulator

Learning Objective: Students can draw ray diagrams for concave lenses and describe the relationship between object distance, image distance, and image properties.

Science (S1–S3)

Concave Lens Ray Diagram Simulator

Learning Objective: Students can manipulate the simulator to observe the laws of convex lens imaging and understand the relationships among object distance, image distance, and image properties (real/virtual, upright/inverted, magnified/diminished).

Science (S1–S3)

Convex Lens Image Formation Simulator

Mirage: Total Internal Reflection Simulator

Learning Objective: Understand the conditions for total internal reflection and explain the cause of mirages.

Science (S1–S3)

Mirage: Total Internal Reflection Simulator

Total Internal Reflection: Fish-eye View Simulator

Learning Objective: Understand the conditions for total internal reflection and the concept of critical angle, and observe how refractive index affects the critical angle.

Science (S1–S3)

Total Internal Reflection: Fish-eye View Simulator

Learning Objective: Students can observe the conditions for refraction and total internal reflection by adjusting the incident angle, and understand the concept of critical angle.

Science (S1–S3)

Total Internal Reflection Simulator

$Light Refraction Animation: Apparent Depth of a Ring in a Pool$

Learning Objective: Students will be able to explain how refraction of light when passing from water to air causes an object to appear shallower than its real depth.

Science (S1–S3)

Light Refraction Animation: Apparent Depth of a Ring in a Pool

$Light Refraction Simulator$

Learning Objective: Students can observe and understand the law of refraction and total internal reflection by adjusting incident angle and media.

Science (S1–S3)

Light Refraction Simulator

Learning Objective: Students will understand the law of reflection for plane mirrors and correctly draw incident rays, reflected rays, and the virtual image position.

Science (S1–S3)

Plane Mirror Ray Diagram Tutorial

Learning Objective: Understand the law of reflection and distinguish between specular and diffuse reflection.

Science (S1–S3)

Light Reflection Simulator

Learning Objective: Students can adjust the incident angle to observe and understand that the angle of reflection equals the angle of incidence.

Science (S1–S3)

Law of Reflection Simulator

AI in Teaching

National Security Education

Values Education

Science (S1–S3)

S1

Introducing Science

Looking at Living Things

Cells, Human Reproduction and Heredity

Energy

Matter as Particles

S2

Living Things and Air

Sensing the Environment

Force and Motion

S3

From Atoms to Materials

Light, Colours and Beyond

Fair Test Detective

Microscope Use and Biological Specimen Observation

Alien Dichotomous Key

DNA Double Helix Structure Simulator

Energy Conservation Simulation: Skateboard Cat in a Half-Pipe

3D Particle Simulator for States of Matter

Photosynthesis Simulator

Gas Detection Lab: Testing for Oxygen, Carbon Dioxide, Water Vapour and Nitrogen

Air Detective Station: What Substances Are in Our Environment?

Eye Defense: Light Path Quest

Hearing Science: Super Tuner

Speed Calculation 10-Question Challenge

Physical vs Chemical Properties Quiz

Matter Classification Simulator

Ions making Challenge

Light Scattering and Light Beams

Color Vision and Reflection Simulator

Concave Lens Ray Diagram Simulator

Convex Lens Image Formation Simulator

Mirage: Total Internal Reflection Simulator

Total Internal Reflection: Fish-eye View Simulator

Total Internal Reflection Simulator

Light Refraction Animation: Apparent Depth of a Ring in a Pool

Light Refraction Simulator

Plane Mirror Ray Diagram Tutorial

Light Reflection Simulator

Law of Reflection Simulator