A resource for 5th to 12th grade learners to investigate the mathematics skills needed for
calculating magnification of cells and objects.
With resources covering everything from basic microscope structure and safety, to preparing and staining wet mounts,
calculating magnification and field of view diagrams, your students will master microscopy in no time.
Powerpoint goes through how to use a graticule as well as how to use an equation to
calculate magnification.
Lesson 1 - Eukaryotic cells Lesson 2 - Adaptations to functions Lesson 3 - Prokaryotic cells Lesson 4 - Viruses Lesson 5 - Comparisons of microscopes Lesson 6 - Using microscopes to
calculate magnification Lesson 7 - Cell fractionation and ultracentrifugation
Not exact matches
Neurite length was
calculated using the following formula; NL = α × T × (π / 2), where α is the number of times the neurite intersects the grid lines and T is the distance between the gridlines on the magnified image (taking into account the
magnification factor) or was
calculated using ImageJ analysis software.