HB Microscopes and systematics

Part of microscope that illuminates specimen

Kingdom of eukarya that contain cellulose in cell walls

DNA found in a nucleus

Unicellular domain that contain peptidoglycan in cell membranes

Unicellular domain that does not contain peptidoglycan in cell membranes

Linnaean classification from individual living organism to largest grouping

Longest lens which allows for most close up view of specimen

Kingdom of eukarya that are all motile

Part of microscope that attaches to eyepiece and body tube and gripped for transporting

Shortest lens used for initial focusing

Domain in which organisms live in extreme environments

Domain in which organisms have a nucleus surrounding DNA

Microscope that magnifies up to 1000000x and shows internal structure of dead cells

Domain in which organisms live in non-extreme environments

Microscope that provides a two dimensional image of living or dead specimens

Two part latin name developed by Linnaeus

Kingdom of eukarya that contain chitin in cell walls

Part of microscope that allows different amounts of light through specimen

largest most broad grouping of organisms in Linnaean classification

Part of microscope that supports microscope

Kingdoms

Microscope that provides a three dimensional image of living or dead specimens

DNA is not found in a nucleus

Platform that supports a slide

Kingdom of eukarya that scientists are unsure of its evolutionary history

Unicellular and multicellular domain

Objective that can use coarse adjustment for focusing

Domains

Linnaean classification from largest grouping to individual organism

Kingdom of eukarya that undergo photosynthesis

Kingdom of eukarya that are all multicellular

Individual living organism that breed successfully and have fertile offspring

Part of microscope that magnifies specimen and where eye views specimen

Part of microscope that rotates and hold different objectives

First part of a scientific name

Part of microscope that holds slide on stage

Microscope that magnifies up to 1000000x and shows surface structure of dead cells