Bright Minds College Science helps students build lasting critical thinking abilities. With Bright Minds College, they'll analyse data, build new vocabulary and deepen their understanding of the world around them.
Identify plants and animals|What affects traits: Use observations to support a hypothesis|Understanding cells
Compare properties of objects|Identify pushes and pulls|Label magnets that attract or repel
Identify minerals using properties|Science literacy: how can a community protect sea turtles?
Solve problems using magnets|Identify control and experimental groups
Identify mixtures|Heating, cooling and changes of state|How does particle motion affect gas pressure?
Pollinator: Indian flying fox|Seed disperser: African elephant|Changes to Earth's surface: erosion
Choose units of time|Choose units of distance, mass and volume|Abbreviate force, energy and electricity units
This topic explores the foundational methods and equipment used in scientific investigation, including the process of inquiry, identification of lab tools, and the use of safety equipment.
Focuses on the principles of experimental design, such as identifying variables, control groups, and experimental protocols related to phenomena like plant growth, diffusion, and evaporation.
Covers the engineering design process, including identifying its components, evaluating solutions, and using data to compare designs, with an example of lunar exploration.
Examines the concept of density and how to calculate it using mass and volume measurements.
Introduces the building blocks of matter, including atoms, chemical elements, formulas, and models, and how to classify substances based on their atomic structure.
Explores the dynamics of chemical reactions, including reactants, products, energy changes, and the differences between physical and chemical changes, with examples like soap-making and synthetic materials.
Investigates the principles of motion, including acceleration, Newton’s third law, and the effects of balanced and unbalanced forces.
Delves into energy types, focusing on gravitational potential energy, kinetic energy patterns, and energy transformations in everyday scenarios like roller coasters and bike rides.
Examines electric forces, fields, and the comparison of magnetic force magnitudes.
Focuses on heat flow, temperature changes, and the transfer of thermal energy in various systems.
Explores how particle movement influences temperature, pressure, and changes of state in matter.
Covers the properties and behaviors of waves, including transverse, longitudinal, and electromagnetic waves, with applications like infrared and ultraviolet effects.
Investigates the properties of solutions, their concentrations, and the process of diffusion across membranes.
Explores how organisms are classified using common and scientific names and the origins of these naming conventions.
Focuses on the chemical processes of life, specifically the chemistry of cellular respiration.
Examines the structure, function, and life cycles of plant and animal cells, including mitosis and cell part identification.
As a dedicated academic instructor with a passion for computer science, I believe in transforming complex technical concepts into engaging, accessible learning experiences. My approach focuses on personalized mentorship, practical skill development, and inspiring students to explore the limitless potential of technology.
ind quick answers to common questions about courses, payments, certifications, and more on our Online Learning FAQ page. Get instant support for enrollment, technical issues, and refunds—designed to make your learning journey seamless!
