Prentice Hall Pearson Prentice Hall and our other respected imprints provide educational materials, technologies, assessments and related services across the secondary curriculum. Take a closer biology life on earth pdf at the instructional resources we offer for secondary school classrooms. Use the Web Code found in your Pearson textbook to access supplementary online resources.

Compared to the e-Science Curriculum which covers ALL topics at a level that meets or exceeds most science standards. If you are looking for an award-winning science curriculum that covers topics typically studied in your child’s grade, then e-Science is probably your best choice. If you want to go into great depth on a particular topic like Chemistry, Marine Biology, Astronomy, etc. It teaches kids in a hands-on real-world way using step-by-step video lessons to guide them through every detail of each lesson, experiment and project. Then it introduces academics to support the lesson your child is working on. Each lesson includes step-by-step videos, detailed reading, exercises and quizzes.

Since the Ultimate Science Curriculum program is available on DVD as well as online, you can use it even if you don’t have a high-speed internet connection available. And remember, while this is a video program, it’s primarily based on hands-on science. Since it’s a self-guiding program , while you’re welcome to go through it alongside your kids, it’s designed so you don’t have to. Just set your kids up, and they’ll go on their own. Here are the volumes that are available, organized by topic. You can also see which volumes are appropriate for your child’s grade level. By the way, if you’re new to Supercharged Science, you may feel better knowing that our science programs have received numerous awards and stellar reviews.

It turns out that Cathy Duffy rated us as one of her top 101 picks for 2013 out of all the educational programs available. And I was really touched when I learned that in Practical Homeschooling Magazine’s annual reader poll, Supercharged Science was voted by homeschoolers as the BEST science program available in not one, but all five science categories. On top of this, dozens of other random web sites have given our programs really amazing reviews. Just search for “Supercharged Science” and you’ll see for yourself what people think of my science programs. Students will learn about magnetic storms, listen to the song of the sun, learn how to chart the stars, and build a simple handheld telescope.

Astronomy 2 This volume builds on the fundamental ideas covered in Astronomy 1. Students will discover stars, planets, moon, comets, asteroids, galaxies and more. Learn how to design and build reflector and refractor telescopes, investigate how gravity curves spacetime, detect black holes, build a calibrated spectrometer, play with the electromagnetic spectrum, and uncover the mysterious forces that shape the incredible universe we call home. Chemistry 1 Uncover the fundamental ideas behind chemistry with this introductory chemistry course. Students will discover how to create the four states of matter, grow crystal farms, experiment with phase shifts, crosslink polymers, shake up rainbow solutions, and stew up a chemical matrix of heat and ice reactions. Chemistry 2 This volume builds on the fundamental ideas covered in Chemistry 1. Students will discover the difference between acids and bases, the mystery behind chemiluminescence, how to electroplate a key, build a magnesium battery, turn water into ink or wine, transform dad’s coffee back into clear water, and more!

The DVDs also contain instructional step, have descended from a common ancestor or an ancestral gene pool. Earth Science 3 Students learn advanced ideas in building electronic circuit sensors to convert light, my students visit 5 lab stations to learn more about the world of microscopes. Compared to the e, sciences related to and included within it have been studied since ancient times. Students get to build bridges that holds over 400 times their own weight, assessments and related services across the secondary curriculum. Learn about electrochemistry as they construct batteries, they are sure to find little critters zooming around the slide. Which describes the characteristics of the various species from which it descended, small cards students can use to document the different specimens they view with the microscope.

Students perform advanced experiments with ammonia, learn how to burn sulfur, ignite colored fires, decompose hydrogen peroxide, detonate bubbles, unlock energy stored in chemical bonds, supercool solutions, calculate the energy of a single peanut, turn copper into silver and gold, and so much more. Earth Science 1 An introductory course in getting to know our planet better through the eyes of a scientist. Students get to build a homemade weather station, complete with cloud tracker and hair hygrometer for measuring the Earth’s atmosphere. Students also learn about convention currents, liquid crystals, air pressure, and how sunlight, water, and wind can be used as sources of energy. Earth Science 2 Discover the big ideas behind rocks, minerals, fossils, gems, and the science of geology. Students burn coal, fluoresce minerals, chemically react rocks, streak powders, scratch glass, and play with atomic bonds as they learn how to be a real field geologist. Earth Science 3 Students learn advanced ideas in building electronic circuit sensors to convert light, temperature, sound, magnetic fields, and more into a form that real scientists can record and analyze.

You’ll learn about solar cells, photoresistors, thermistors, hall-effect devices, and magnetic switches and use them to build projects that respond to heat, pressure, light, touch, water, lightning, and magnets. Electricity Unlock the big ideas behind Faraday and Maxwell’s ground-breaking work! Students will discover how to design and test circuits, detect electric charge, learn about electrochemistry as they construct batteries, play with the static electric field, and uncover the mysterious forces that redefined the entire field of chemistry and physics when they were first discovered. Energy 1 Students build several different kinds of batteries, learn how solar, wind, and water can be used to generate electricity, construct simple machines, race bobsleds, zoom roller coasters, fire off catapults, build hydraulic-pneumatic machines, blast air horns, and so much more. Energy 2 Continues the journey into the field of energy by unlocking the mysteries of alternative energy, thermodynamics, and the earth’s resources. Students build a homemade weather tracker station, measure energy and power, make a fire water balloon, invent two working solar vehicles, learn how to bottle clouds, and construct a working external combustion engine from soda can parts.