2nd Grade Science Process Skills Interactive Videos

Students will explore techniques for collecting and organizing data, focusing on ungrouped and grouped data concepts. Through real-world examples, learners will enhance their skills in effective data collection and analysis, enabling informed decision-making based on the gathered data.

Explore fundamental concepts in data collection and organization with a focus on understanding its purpose and benefits in data analysis. Develop skills in creating frequency tables and interpreting data through graphs and tables, enhancing the ability to draw meaningful insights from datasets.

Explore the fundamental concepts of descriptive statistics by focusing on color-based data analysis. Develop skills in organizing and analyzing data through the creation and simplification of tally frequency tables. Gain the ability to use percentages for interpreting and clearly presenting statistical information. Build competency in structuring data for effective communication of insights.

Learn how to collect and display measurement data with line plots by exploring key concepts such as number lines and data organization using T charts. Develop skills in measuring with fractions, constructing line plots, and organizing data efficiently, leading to enhanced abilities in data visualization and analysis.

Develop inference skills through interactive scenarios by analyzing clues to draw accurate conclusions. Enhance critical thinking capabilities and apply reasoning in real-world contexts through engaging exercises.

Focus on cultivating the ability to draw insightful conclusions through inference and critical analysis. Enhance understanding by learning to support conclusions with evidence and uncover deeper meanings within the text.

Investigate the intriguing mechanisms of animal adaptations, enhancing skills in making evidence-based conclusions. Through engagement, learners will improve their ability to visualize concepts and critically interpret information.

Enhance the ability to draw conclusions from texts by utilizing textual clues and personal experiences. Strengthen inferential reading skills to effectively prepare for reading assessments.

Explore essential scientific skills and attitudes such as curiosity, objectivity, and risk-taking. Understand their importance in conducting comprehensive scientific investigations while developing observation and inference skills. Appreciate the role of humility in science.

Focus on developing essential skills for text analysis by making inferences and drawing conclusions effectively. Enhance the ability to identify main ideas and supporting evidence, leading to improved comprehension and critical thinking.

Focuses on the observation of weather conditions, with particular emphasis on snowfall, and explores the emotional reactions to these changes. Learners will gain insights into the relationship between weather phenomena and human emotions, enhancing their capability to describe and interpret environmental experiences effectively.

Building the ability to infer information and draw conclusions enhances learners' reading comprehension skills. Critical thinking is developed by interpreting implicit details and applying prior knowledge to achieve a deeper understanding of texts.

Exploration of explanatory language frames in science emphasizes the use of signal words to understand causal relationships. Learners develop skills to effectively connect language with scientific contexts, enhancing their ability to explain phenomena.

Enhance elementary learners' reading comprehension by developing strategies to interpret text and draw informed conclusions. Focus on improving skills to make judgments based on textual evidence, which builds critical reading proficiency.

Explore teaching strategies to support struggling readers by addressing their unique challenges. Enhance the ability to apply personalized reading interventions, promoting improved reading comprehension and boosting confidence in diverse educational contexts.

Introduces children to the basics of data visualization using various graph types, including pictographs, bar graphs, line graphs, and pie charts. Develops skills in reading and interpreting these graphs, enhancing the ability to summarize information quickly and effectively.

Learners explore diverse engineering disciplines, focusing on how engineers design infrastructure and tackle real-world challenges. The course highlights the distinctions between engineering and scientific methodologies and elucidates the role of engineers in addressing future societal demands, such as creating sustainable energy solutions.

Educators will enhance their skills in addressing challenges associated with data analysis and lesson planning by leveraging specific measures. The learning outcomes include configuring group sizes, effectively monitoring progress, and implementing tailored instructional strategies. Participants will develop data-driven instructional skills.

Explore the fundamentals of motion in physics, focusing on graphing and predicting changes in speed and movement. Gain the ability to accurately interpret speed-time graphs and calculate speed, enhancing understanding of motion dynamics in various scientific contexts through problem-solving exercises.

Investigate the scientific method through an experiment on ice melting, which emphasizes understanding variables and controls. Learners will develop skills in forming hypotheses, experimenting, and drawing conclusions by analyzing the melting rates of various liquids.