An Inquiry Technology Based Approach to Introductory Chemistry 2025

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Inquiry is about curiosity-driven exploration that makes real-world problems and science phenomena come alive for learners. Think hands-on investigations, big questions, and aha momentsall guided by an educator who helps shape that curiosity into meaningful moments of learning.
Scientific Investigation Examples The paper airplane was just one example of a scientific investigation. Examples of scientific investigation are found everywhere! Take, for example, electricity. People use electricity every single day, and it was discovered through scientific investigation.
Inquiry involves engaging students in using critical thinking skills, which includes asking questions, designing and carrying out investigations, interpreting data as evidence, creating arguments, building models, and communicating findings in the pursuit of deepening their understanding by using logic and evidence
Digital technologies include a variety of tools, such as interactive simulations, educational software, mobile applications and online resources, which offer opportunities to approach chemistry concepts in a visual and practical way.
In a survey of almost 600 high school chemistry teachers, it was found that almost half of them did not use inquiry in their classroom. For the survey, inquiry was defined as any lab in which students write the procedure themselves--the question/purpose/problem could be of the students own design or provided for them.

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Electronics. The electronic devices we use on a daily basis, including smartphones, computers, TVs, and microwaves, also rely on chemical processes to function effectively. These products all use different kinds of chemistry materials during manufacturing.

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