Electrostatics in cells
Students will learn the importance of the relationship between entropy and Debye length and how to calculate Debye length and screening within cells. These concepts will also be applied to calculating and understanding the chemical potential in a cell. Gauss's law, which is covered earlier in the course, is also very important in this section, as it is used to calculate the electric field. These materials are meant to be taught in a hands on way, by having students answer and discuss many of the provided questions throughout the presentation of the content.
Please LOGIN or REGISTER* to view this content
*To protect instructors' privacy and the security of answer keys, you must register for the Living Physics Portal and verify that you are an educator
Living Physics Portal
Welcome to our community and collection of high-quality materials for
teaching physics to life sciences students at the college level.
Search our Library
ABOUT THE LIVING PHYSICS PORTAL
The Living Physics Portal is an online environment for physics faculty to share and discuss free curricular resources for teaching introductory physics for life sciences (IPLS). The objective of the Portal is to improve the education of the next generation of medical professionals and biologists by making physics classes more relevant for life sciences students.
More detailsREGISTER
Register for the Living Physics Portal and enjoy the benefits of membership:
Living Physics Portal
Resources and community for teaching physics for life sciences
©2024 American Association of Physics Teachers
Funded by the National Science Foundation