Living Things Cell Theory Organelles Plant Animal Cells

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Living Things Cell Theory Organelles Plant & Animal Cells Scientists Classification Misc. 100 100

Living Things Cell Theory Organelles Plant & Animal Cells Scientists Classification Misc. 100 100 200 200 300 300 400 400 500 500

Single-celled organisms A 100

Single-celled organisms A 100

Unicellular A 100

Unicellular A 100

The process of becoming more complex A 200

The process of becoming more complex A 200

Development A 200

Development A 200

Change in an organism’s surroundings that causes the organism to react A 300

Change in an organism’s surroundings that causes the organism to react A 300

Stimulus A 300

Stimulus A 300

The most abundant chemical found inside cells A 400

The most abundant chemical found inside cells A 400

Water A 400

Water A 400

The process of producing offspring that are similar to the parents A 500

The process of producing offspring that are similar to the parents A 500

Reproduction A 500

Reproduction A 500

The basic unit of structure and function in living things B 100

The basic unit of structure and function in living things B 100

Cells B 100

Cells B 100

Cells come from other living ______. B 200

Cells come from other living ______. B 200

Cells B 200

Cells B 200

The bending of light in order to increase the size of an image under

The bending of light in order to increase the size of an image under the microscope B 300

Magnification B 300

Magnification B 300

All living things are composed of ______. B 400

All living things are composed of ______. B 400

Cells B 400

Cells B 400

What is the total magnification of a microscope with the following lenses. 1 st

What is the total magnification of a microscope with the following lenses. 1 st = 15 x 2 nd = 20 x B 500

300 x B 500

300 x B 500

C 100

C 100

Nucleus C 100

Nucleus C 100

Organelle that turns leaves green C 200

Organelle that turns leaves green C 200

Chloroplast C 200

Chloroplast C 200

Organelle that receives, sorts, and sends out packages of proteins C 300

Organelle that receives, sorts, and sends out packages of proteins C 300

Golgi Bodies C 300

Golgi Bodies C 300

DAILY DOUBLE C 400

DAILY DOUBLE C 400

C 400

C 400

Ribosomes C 400

Ribosomes C 400

Passageways inside the cell used for transporting proteins to the Golgi Bodies C 500

Passageways inside the cell used for transporting proteins to the Golgi Bodies C 500

Endoplasmic Reticulum C 500

Endoplasmic Reticulum C 500

Strong, protective barrier that surrounds only plant cells D 100

Strong, protective barrier that surrounds only plant cells D 100

Cell Wall D 100

Cell Wall D 100

Powerhouse of both animal and plant cells that creates energy from food molecules D

Powerhouse of both animal and plant cells that creates energy from food molecules D 200

Mitochondria D 200

Mitochondria D 200

Group of cells that all work towards a specific function D 300

Group of cells that all work towards a specific function D 300

Tissues D 300

Tissues D 300

Genetic material found inside the nucleus D 400

Genetic material found inside the nucleus D 400

Chromatin D 400

Chromatin D 400

Structure that houses all of the organelles inside the cells D 500

Structure that houses all of the organelles inside the cells D 500

Cytoplasm D 500

Cytoplasm D 500

Scientist who discovered cells in animals. E 100

Scientist who discovered cells in animals. E 100

Schwann E 100

Schwann E 100

Carlous Linneaus developed this twonamed naming system that used what two levels of classification?

Carlous Linneaus developed this twonamed naming system that used what two levels of classification? E 200

Genus & Species E 200

Genus & Species E 200

The first scientist to name the structures he saw under the microscope as cells

The first scientist to name the structures he saw under the microscope as cells was… E 300

Robert Hooke E 300

Robert Hooke E 300

Which scientist discovered that cells come from other cells? E 400

Which scientist discovered that cells come from other cells? E 400

Virchow E 400

Virchow E 400

Scientists regularly use a microscope that uses a series of two lenses – one

Scientists regularly use a microscope that uses a series of two lenses – one in the eyepiece and one of three objective lenses on the nosepiece. What is this type of microscope called? HINT: one lens = simple microscope E 500

Compound Microscope E 500

Compound Microscope E 500

The process of grouping things based on similarities F 100

The process of grouping things based on similarities F 100

Classification F 100

Classification F 100

The first word of an animal’s scientific name F 200

The first word of an animal’s scientific name F 200

Genus F 200

Genus F 200

The study of how things are classified F 300

The study of how things are classified F 300

Taxonomy F 300

Taxonomy F 300

The highest level of organization F 400

The highest level of organization F 400

Domain F 400

Domain F 400

Name the levels of classification in order from broadest to most specific F 500

Name the levels of classification in order from broadest to most specific F 500

Domain Kingdom Phylum Class Order Family Genus Species F 500

Domain Kingdom Phylum Class Order Family Genus Species F 500

Organisms that can produce their own food G 100

Organisms that can produce their own food G 100

Autotrophs G 100

Autotrophs G 100

Maintaining a stable internal environment G 200

Maintaining a stable internal environment G 200

Homeostasis G 200

Homeostasis G 200

Organisms that have a nucleus in their cells G 300

Organisms that have a nucleus in their cells G 300

Eukaryote G 300

Eukaryote G 300

Domain of organisms that live in extreme environments G 400

Domain of organisms that live in extreme environments G 400

Archaea G 400

Archaea G 400

Scientist who discovered that plants are made up of individual cells. G 500

Scientist who discovered that plants are made up of individual cells. G 500

Schleiden G 500

Schleiden G 500