Students will explore how energy resources impact societal development and growth. MCQs will ask about historical energy changes, while open-ended questions will invite students to discuss future energy needs.

This assessment focuses on the application of Ohm's Law to calculate voltage, current, and resistance in electrical circuits. Students will answer MCQs and provide calculations or explanations for scenarios presented.

Focusing on safety in electrical systems, this assessment evaluates students’ understanding of safety measures and hazards associated with electric currents. It includes MCQs on safety protocols and scenarios requiring open-ended responses on potential risks.

Students will explore how waves are essential for GPS technology. The quiz includes MCQs about satellite communication and an open-ended question that discusses the role of waves in determining locations accurately.

This assessment will cover the principles of energy transfer in different systems. Students will complete MCQs related to conduction, convection, and radiation, as well as open-ended questions on energy loss and transfer explanations.

An open-ended assessment where students describe the development of atomic theory over time and the key scientists involved.

Students will answer questions about the structure of the solar system, including planetary orbits and characteristics of celestial objects. This includes both MCQs and open-ended questions.

This overarching quiz will cover various key concepts related to energy and energy resources through a mix of MCQs and open-ended questions to assess cumulative knowledge.

In this assessment, students will investigate the relationship between frequency and energy in electromagnetic waves. It includes MCQs based on calculations and an open-ended question about how this relationship affects various applications.

A quiz featuring multiple-choice questions on radioactive decay processes, half-life, and associated equations.

A quiz with multiple-choice questions focused on particle behavior in different states of matter and during nuclear reactions.

This assessment will test students' knowledge of different forms of energy and how they can be transformed from one type to another. Questions will include both MCQs and open-ended questions that encourage students to explain energy conversion processes.

A quiz aimed at testing knowledge on different types of nuclear reactions, including balancing nuclear equations and energy release.

This assessment focuses on the basic principles of waves, including their properties such as wavelength, frequency, and amplitude. It includes MCQs and an open-ended question prompting students to explain how waves transfer energy.

This assessment evaluates students' understanding of wave interference. It includes MCQs on constructive and destructive interference and requires students to describe a scenario involving wave interference in an open-ended question.

This assessment will focus on the relationship between heat and temperature as forms of energy. It will include MCQs as well as open-ended questions that encourage students to explain phenomena like thermal conduction and expansion.

This assessment will test students’ understanding of kinetic and potential energy. Students will answer MCQs about energy types and write descriptions about how they relate to real-world examples, such as cars or roller coasters.

This assessment will evaluate students' comprehension of particle motion in different states of matter through a combination of multiple-choice questions and explanation-based questions.

A quiz with MCQs related to how forces affect object motion and energy, followed by an open-ended question asking for an example of an everyday situation illustrating this.

Assess knowledge on the difference between mass and weight, with MCQs and an open-ended question requiring students to explain how gravity affects weight.

This assessment tests the foundational understanding of current and voltage in circuits, including measurement techniques and principles. It requires students to engage with MCQs and practical response questions.

This quiz tests students' understanding of how waves behave when they travel through different mediums. It includes MCQs about reflection, refraction, and diffraction, alongside an open-ended question to describe a real-world application of these wave behaviors.

This assessment aims to differentiate between series and parallel circuits, including their characteristics and calculations like total resistance. Students will engage with MCQs and solve problems on circuit calculations.

This assessment covers the principles of electromagnetism, focusing on how electric current produces magnetic fields. Students will engage with MCQs and open-ended questions about practical applications like electric motors and generators.

This assessment evaluates knowledge on how telescopes and observatories contribute to our understanding of space. Students will respond to MCQs and open-ended prompts related to observational techniques.

Students will respond to multiple choice questions on different types of motion and address an open-ended question discussing a practical experiment related to forces and motion.

This assessment will include MCQs on Newton's three laws of motion and require students to provide examples of each law in practice through open-ended questions.

This assessment covers the fundamental concepts of charge, electricity, and their relation to matter. Students will answer MCQs and explore open-ended questions regarding historical discoveries and modern implications.

This quiz requires students to explore practical applications of waves in technology. MCQs will cover different technologies like radar and ultrasound, with an open-ended question on emerging technologies utilizing waves.

A quiz focused on identifying different types of forces such as gravitational, frictional, and applied forces through MCQs and explaining them in open-ended questions.

Students will learn about the emerging field of wave energy. This assessment includes MCQs on the principles of wave energy conversion, alongside an open-ended question highlighting the benefits and challenges of this technology.

This quiz focuses on the stages of star development, from nebulae to black holes. It includes MCQs to test factual knowledge and open-ended questions for deeper understanding.

Students will take a quiz with MCQs about the factors affecting friction and provide open-ended responses on how friction influences different scenarios in motion.

Assessing the relationship between temperature changes and particle energy through multiple-choice questions and open-ended explanations.

A combination of MCQs on the calculations of force, mass, and acceleration, alongside open-ended problems requiring step-by-step calculations.

In this assessment, students will identify various components of electrical circuits, such as resistors, capacitors, and inductors. The assessment includes MCQs on identifying symbols and functions, along with open-ended questions requiring explanations of how these components behave in circuits.

Multiple-choice questions that link atomic structure to the periodic table, covering topics like electron configuration and periodic trends.

An assessment where students reflect on the role of nuclear physics in today's society, including ethical considerations and global impact.

This assessment explores the properties of magnetic fields and the forces acting on charged particles in these fields. Students will take quizzes on magnetic field lines and the direction of force, alongside open-ended questions on real-life applications.

An assessment comparing sound waves and light waves. It includes MCQs about their properties and an open-ended question asking students to compare and contrast the two types of waves in terms of speed and medium requirement.

An open-ended assessment requiring students to discuss nuclear processes including fission, fusion, and radioactive decay, supported by relevant examples and diagrams.

Students will answer MCQs about interpreting distance-time and velocity-time graphs, and will be asked to create and explain a graph of their own.

An assessment focused on understanding phase transitions such as melting, freezing, vaporization, and condensation through MCQs and open-ended responses.

This assessment focuses on the concept of energy efficiency. Students will answer MCQs about energy-saving practices and provide open responses regarding methods to improve energy efficiency in their homes.

This assessment focuses on the safety aspects of the electromagnetic spectrum, such as UV radiation and microwaves. It includes MCQs on health effects and an open-ended question regarding safety measures for exposure to different waves.

This assessment will evaluate students' understanding of the differences between ideal and real gases through MCQs and scenario-based open-ended questions.

A quiz consisting of multiple-choice questions covering the key concepts of atomic structure, including atomic models, subatomic particles, and isotopes.

Students will explore the different types of electromagnetic waves and their applications. The assessment includes MCQs on the characteristics of various electromagnetic waves and an open-ended question discussing the uses of at least two types.