cell structure
obtaining food and energy
respiration
reproduction
the role of bacteria in nature
100

what type of cell are bacteria cells? 

prokaryotes

100

what type of bacteria make their own food.

autotrophs

100

how does bacteria go through respiration. 

breaking down food 

100

what are the right conditions for bacteria replication.

plenty of food and the right temperature

100

what environmental needs are bacteria involved in?(there are 7)

oxygen, food production, evironmental recycling and clean up, and health maintenance and medicine production.

200

the bacteria cell lacks a cell _________.

nucleus

200

what type of bacteria do not make their own food.

heterotrophs

200

what is the key component to break down food?

oxygen

200

when one cell divides itself into to form 2 identical cells it is called....

binary fission

200

what are some foods do bacteria help produce?(there are 3)

cheese,sauerkraut, and pickles?

300

what are the tiny cell structures that are located in the cytoplasm. 

ribosomes

300

how do the autotrophs make food?

chemical substances and sunlight

300

how does bacteria live without oxygen.

fermentation

300

what is a type of cell that reproduces by binary fission?

escherichia coli

300

what are two ways to slow down the spoiling food?

refrigerating or heating it up

400

what is the long, whip like, structure that helps the cell move. 

flagella

400

how do heterotrophs make food.

other organisms or the food that other organisms make.

400

what is the type of bacteria that die when oxygen is present.

anerobic

400

what is the process of binary fission?

it duplicates itself then divides itself.

500

who was bacteria discovered by.

Anton van leeuwenhoek

500

what else do heterotrophs eat.(there are 3)

milk, meat, and decaying leaves

500

why are anerobic bacteria cells not  able to live when oxygen is present.

lack of enzymes

500

what are the red circles within bacteria that can survive for years when the environmental conditions are favorable.

Endospore formation