Textbook ISBN: 9798985252941
Answer Key ISBN: 9798985252958
This college-preparatory high school biology course is designed specifically for independent study. The course material is easy to read and understand; there are laboratory exercises designed for the home; and students can find further help and study with the online supplementary materials.
The Biology Complete Package includes:
The Student Textbook contains all student material, study questions, lab exercises, and module study guides with color photos and illustrations.
Solutions and Tests Manual
The Solutions and Test Manual contains answers to review questions, practice problems, tests, and test solutions.
Daily Lesson Plans
Developed by My Father's World, the Daily Lesson Plans schedule daily assignments (four days a week) for reading and labwork. The lesson plans are included free with the complete package.
This laboratory-based high school biology course is the first biology course a college-bound student should take. It gives the student an introduction to how living organisms are designed, how they interact with one another, and how they interact with their physical environment. Students are taught how biologists classify life, the chemical processes that make life possible, the structures of RNA and DNA, and the designs of the different cells found in living organisms. Students also learn the means by which photosynthesis, cellular respiration, and cellular reproduction occur. They then learn the current state of biotechnology. With the molecular and cellular basis of life covered, the students are then given a survey of the different kinds of organisms found in nature: archaea, bacteria, protists, fungi, invertebrates, vertebrates, and plants. The students then learn the biogeochemical cycles that keep environments hospitable to life, which leads to a discussion of ecosystems. Throughout the course, students see that life is the result of design and that organisms have been given the ability to adapt to their surroundings. In addition, they learn various problems associated with the modern evolutionary synthesis.
The course consists of 180 hours of instruction, 40 of which involve hands-on experiments. The experiments include extracting DNA from fruit, examining the effects of temperature and pH on enzymes, exploring osmosis and diffusion, building a pedigree, culturing bacteria, growing and examining fungi, and analyzing the structure of a feather. In addition, there are several experiments that explore the microscopic world, including identifying the stages of mitosis, studying live bacteria that were cultured by the student, identifying budding in yeast, and analyzing the microscopic structure of plants and animals. There are also four dissection experiments: the earthworm, crayfish, fish, and frog.