McGraw-Hill strives to meet the increasingly rigorous Tennessee State Standards. We continue to innovate and enhance our proven programs to keep you positioned for success in this ever-changing environment. Check out our Tennessee science programs below.
Get Ready to Be Inspired!
Learning begins with curiosity. Tennessee Inspire Science is designed to help you spark students’ interest and empower them to ask more questions, think more critically, and maximize their ability to creatively solve problems. Tennessee Inspire Science’s instructional model will prove that science education can be comprehensive and offer fun learning experiences that are sure to pique the interest of the bright minds in your classroom. Let us help you cultivate curiosity and inspire the next generation of innovators, visionaries, and inventors.
Embrace science through a simple, user-friendly teaching experience
Get more out of science time through built-in literacy and mat connections
Prepare students for a future full of STEM opportunities
Page Keeley Science Probes
Using the Page Keeley Science Probes, you can assess lesson readiness and determine students’ current understanding to focus instruction and support, and establish a benchmark for learning progression throughout the lesson.
Each Tennessee Inspire Science lesson is designed with the familiar and proven 5E instructional model, beginning with the exploration of a phenomenon, and includes student driven inquiry and hands-on learning opportunities.
Tennessee Inspire Science connects the science you teach to the core subjects your students study. By integrating science, literature, and math, students master key concepts that impact science and beyond. This integrated model will help prepare your students for assessments by using diverse assessment opportunities with differentiated assessments in every lesson and module.
User-Friendly Inquiries and Investigations
Tennessee Inspire Science offers multiple inquiry activities and investigations at the module and lesson levels. Hands-on activities and performance tasks provide students the opportunity to expand content knowledge and demonstrate skills in science and engineering. Deeper conceptual understanding of science and engineering is also supported through digital simulations and game-based learning.