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9th Grade - 12th Grade
Historical Models - Heliocentric and Geocentric Systems - Understanding Astronomical Paradigms
Passage
9th Grade - 12th Grade
Science
Examine the transformative shift from geocentric to heliocentric solar system models, highlighting key historical and scientific figures. Learners will gain knowledge of orbital mechanics and the evolution of astronomical thought. Understand the contributions of prominent astronomers, including their observations and the impact these had on scientific progress and the broader understanding of the universe.
9th Grade - 12th Grade
Concept Understanding - Nebular Hypothesis & Solar System Formation
Passage
9th Grade - 12th Grade
Science
Study the solar system's formation and the development of planets using the nebular hypothesis. Understand planetary composition and classification, focusing on gaining insights into how different types of planets formed and their characteristics.
10th Grade - University
[Understanding Atmospheric Layers - Atmospheric Composition & Structure - Earth's Atmosphere]
Passage
10th Grade - University
Science
Examine the distinct layers of Earth's atmosphere, highlighting their unique characteristics and functions. Understand various atmospheric phenomena and their significance. Focus on gaining insights into how these layers contribute to Earth's climate, weather patterns, and protection from harmful solar radiation. Develop a comprehensive understanding of the atmosphere's role in sustaining life and its dynamic interactions with the planet's surface and space environment.
5th Grade - University
Planetary Analysis - Jupiter & Saturn - Gas Giants
Passage
5th Grade - University
Science
Examine the characteristics of Jupiter and Saturn, concentrating on their atmospheres, rings, and moons. Gain an understanding of gas giant properties and historical discoveries related to these planets.
7th Grade - University
Atmospheric Science - Earth's Atmospheric Layers - Meteorology Concepts
Passage
7th Grade - University
Science
Study the layers of Earth's atmosphere, focusing on their unique characteristics. Examine the troposphere, stratosphere, and exosphere to gain insights into weather patterns and atmospheric composition. Enhance understanding of atmospheric dynamics and develop skills in identifying and analyzing distinct atmospheric features.
9th Grade - 12th Grade
Understanding Atmospheric Layers - Composition and Functions
Passage
9th Grade - 12th Grade
Science
Investigate the influence of Earth's atmospheric layers on environmental conditions, focusing on their roles in meteor defense and temperature regulation. Understand how the atmosphere functions to protect and sustain life by analyzing the distinct characteristics and contributions of each layer, such as the troposphere, stratosphere, mesosphere, thermosphere, and exosphere. Develop knowledge of the atmospheric processes that contribute to weather patterns, climate control, and overall planetary protection.
9th Grade - 12th Grade
Atmospheric Evolution - Earth's Atmospheric Development - Primordial to Present Day
Passage
9th Grade - 12th Grade
Science
Investigate the development of Earth's atmosphere from its early primordial stages, highlighting significant transformations and events. Understand atmospheric evolution and its effects on life and climate, while focusing on the learning outcomes and skills necessary for a deeper comprehension of this natural progression.
10th Grade
Planetary Orbit Dynamics - Orbital Periods - Planetary Science
Passage
10th Grade
Science
Investigate the orbital periods of planets within the solar system and understand their importance for space missions. Analyze how these variations influence scientific calculations and the planning of space travel, highlighting their impact on mission trajectories, timing, and resource allocation.
8th Grade - University
Impact of Atmospheric Dust - Planetary Climate and Habitability - Exoplanetary Science
Passage
8th Grade - University
Science
Investigate the influence of atmospheric dust on planetary climates, with a particular focus on tidally-locked exoplanets. Understand how dust affects planetary habitability and informs climate modeling methodologies. Gain insights into how varying dust compositions and behaviors can impact surface temperatures, atmospheric dynamics, and potential for supporting life.