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62 results found

Mathematics

Year 9

Identifying Most Frequent: Space & Astronomy Real-world Applications

A worksheet focusing on identifying the most frequent data point within space and astronomy contexts for Year 9 students.

Grids: Mixed Review on Sample Space Diagrams

A worksheet reviewing the use of grids to understand sample space diagrams for two events, including procedural, reasoning, and real-world questions.

Compass Construction: Real-world Applications in Space & Astronomy

A worksheet exploring the use of compass construction techniques in real-world space and astronomy contexts, focusing on perpendicular bisectors.

a² = b² + c² - 2bc cosA: Real-world Applications in Space & Astronomy

This worksheet explores the cosine rule a² = b² + c² - 2bc cosA with a focus on space and astronomy contexts, helping students apply the formula to real-world scenarios.

Cylinder: Real-world Applications in Space & Astronomy

A worksheet exploring the properties of cylinders through space and astronomy contexts, including calculations of surface area, volume, and real-world applications.

HCF Method: Real-world Applications in Space & Astronomy

A worksheet exploring the HCF (Highest Common Factor) method through space and astronomy contexts, including procedural questions and real-world applications.

y = aˣ: Space & Astronomy Applications

A worksheet exploring exponential graphs of the form y = aˣ through space and astronomy contexts.

Recognizing Patterns: Space & Astronomy Applications

A worksheet focused on recognizing patterns within space and astronomy contexts, including Fibonacci sequences and star arrangements.

a/√b Form: Real-world Applications in Space & Astronomy

This worksheet explores the use of rationalising denominators in real-world space and astronomy contexts, focusing on expressions of the form a/√b.

Column Method: Space & Astronomy Real-world Applications

A worksheet focused on applying the Column Method to multiply decimals in space and astronomy contexts, suitable for Grade 7 students. It includes practice, problem solving, real-world scenarios, and challenge questions.

Visual Models: Space & Astronomy Applications

A worksheet exploring the use of visual models to understand multiplying fractions within space and astronomy contexts, designed for Grade 7 students to develop procedural skills and real-world problem-solving abilities.

2-digit Divisors: Real-world Applications in Space & Astronomy

This worksheet focuses on dividing large numbers by 2-digit divisors within space and astronomy contexts to develop procedural skills and application understanding.

Large Numbers in Space & Astronomy: Real-world Applications

This worksheet explores addition of large numbers within the context of space and astronomy. Students will practice procedural skills, solve multi-step problems, and apply their understanding to real-world scenarios involving large numerical data.

Dark Mass/Energy: Real-World Application in Space Exploration

A Physics worksheet exploring the concepts of Dark Mass and Dark Energy, focusing on their role in space exploration and the universe's expansion for Grade 8 students.

Nebula to Black Hole: Real-World Application in Space Physics

A Physics worksheet exploring the life cycle of stars from nebula to black hole, with a focus on how nanotechnology principles relate to space phenomena and industry applications.

Dwarf Planets: Real-World Application in Space Exploration

This worksheet explores dwarf planets within our Solar System, focusing on their physical characteristics, significance in space exploration, and scientific principles involved. It encourages students to understand how dwarf planets are studied and utilized in space missions.

Planets: Real-World Application in Space Engineering

This worksheet explores the physical principles related to planets, focusing on their application in engineering and space technology. It includes concept reviews, calculations, and practical considerations relevant to real-world engineering scenarios involving planets.

Fission: Harnessing Nuclear Power for Space Exploration

This worksheet explores the concept of nuclear fission, focusing on its application in space exploration. Students will review fundamental principles, perform calculations, and analyze real-world scenarios related to nuclear fission reactors used in spacecraft.

Decay Equations: Real-World Application in Space Exploration

This worksheet explores decay equations within the context of space exploration, helping students understand how radioactive decay is used in space technology and scientific missions. It covers fundamental concepts, calculations, practical considerations, data interpretation, and real-world applications.

Emission in Space Exploration: Understanding Black Body Radiation

This worksheet explores the concept of emission related to Black Body Radiation, with a focus on how it applies to space exploration. Students will learn about emission mechanisms, perform calculations, and analyze real-world scenarios involving space technology.

Fuses in Space Exploration: Ensuring Safety in Spacecraft Power Systems

This worksheet explores the role of fuses in spacecraft power systems, emphasizing their importance in protecting electrical circuits during space missions. It combines concept review, calculations, practical understanding, data interpretation, and real-world applications.

Non-renewable Energy in Space Exploration: Real-World Application

A Physics worksheet exploring the role of non-renewable energy sources in space exploration. Students will analyse concepts, perform calculations, and consider practical applications related to space missions.

Elastic Energy in Space Exploration: Real-World Application

This worksheet explores the concept of elastic energy with a focus on space exploration technology. It covers definitions, calculations, practical understanding, data analysis, and real-world applications relevant to GCSE Foundation students.

Spring Constant: Real-World Application in Space Exploration

This worksheet explores the concept of spring constant through the lens of space exploration. Students will review key concepts, perform calculations, and analyze real-world scenarios involving springs in spacecraft systems.

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