7th Grade Basic Analogies Interactive Videos

Explore the concept of analogies and various word relationships, including synonyms, antonyms, part-whole, cause-effect, and item-category. Engage with examples and exercises designed to enhance the ability to identify and interpret analogies effectively. Build critical thinking skills applicable in diverse contexts.

Explore the concept of analogies with a focus on understanding various types of word relationships, including synonyms, antonyms, and cause and effect. Enhance critical thinking skills by interpreting and completing analogy exercises to improve the ability to identify and analyze word relationships effectively.

Examine the core concepts of genetics by learning about alleles and their role in shaping traits. Understand how traits are inherited and gain insights into Mendel's groundbreaking work in genetics.

Explore the intriguing link between courtroom proceedings and hypothesis testing through a compelling analogy that enhances statistical understanding. Gain the ability to identify and differentiate between null and alternative hypotheses, and evaluate evidence using statistical models.

Develop a solid understanding of energy measurement by examining units such as joules, BTUs, and calories. Learn to distinguish between energy and power and acquire the skills to measure energy effectively. Gain the ability to differentiate key physical concepts and apply this knowledge in practical scenarios.

Explore analogies, focusing on examples and activities that blend literature and creative expression. Gain the ability to distinguish analogies from metaphors, and develop skills in identifying and creating analogies. Enhance critical thinking and comparative analysis abilities.

Explore the role of analogies in enhancing writing clarity and engagement. Learn to differentiate between analogies and metaphors, practice crafting extended analogies, and enhance argumentation skills.

Explore the concept of false analogies, a common rhetorical device that involves flawed reasoning by comparing dissimilar things. Engaging examples help learners enhance critical thinking skills by identifying false analogies and understanding their role in informal fallacies.

Explore the essential functions and roles of cell organelles such as mitochondria, ribosomes, and the Golgi apparatus. Mastering these core concepts will provide a foundational understanding of cell structure and function, enhancing the ability to analyze biological processes.

Explore the fundamental aspects of computer components such as the CPU, GPU, and different memory types. Gain a clear understanding of the roles and functionalities of each component, enhancing knowledge of computer architecture and its impact on performance.

Understand the fundamental concepts of multiplying positive and negative numbers through exploration of underlying mathematical properties and logic. Develop a consistent framework for multiplication, enhance problem-solving skills, and efficiently apply mathematical principles such as the distributive property.

Explore fundamental programming concepts through practical analogies that enhance understanding. Gain insights into variable management, data storage, and the role of conditions in programming. This foundation prepares learners for topics like loops and data structures.

Explore fundamental physics concepts related to energy, including its definitions, various forms, and the principles of conservation. Understand how energy transforms and conserves, and gain clarity on its practical applications across different scenarios. Focus on achieving a comprehensive understanding of energy's role in diverse contexts, equipping learners with critical insight and skills.

Explore Earth's geological history by envisioning its 4.54 billion-year timeline as a regulation basketball game. By the conclusion, learners will have acquired an understanding of Earth's significant historical events and an ability to contextualize human existence within a broader temporal framework.

Explore the essential concepts of gravity, its significance in the universe, and its effects on celestial bodies. Understand gravitational equations and the principles of gravitational attraction, enhancing analytical skills in physics.

Explore foundational concepts of electricity by examining its historical significance and using gravity analogies to explain electric forces and charges. Gain insights into static electricity, electric fields, and their interconnections, applying this knowledge to understand real-world applications of electricity and its principles.

Explore the role of analogies in understanding complex scientific concepts, using examples like shark deterrents. Gain skills in critical reading and analogy identification to enhance interpretation and application of scientific ideas effectively.

Examine the fundamental criteria necessary for chemical reactions through Collision Theory. Understand the conditions required for effective particle interactions, enabling accurate predictions of reaction outcomes.

Explore different types of word analogies, focusing on antonyms, synonyms, and part-to-whole relationships. Develop skills to identify word pair patterns and construct bridge sentences for effective analogy problem-solving.