Question | Answer |
---|---|
These cells do not contain a nucleus. | Prokaryote |
The amoeba has a nucleus; it is an example of an __________________. | eukaryote |
These tiny hair-like structures move back and forth on the paramecium to move the organism throughout their environment. | cilia |
This whip-like appendage moves an organism throughout the water environment. | flagellum |
This cell has no nucleus or membrane-bounded organelles. | prokaryote |
This structure allows the amoeba to move and obtain food. | pseudopod |
This structure allows food to enter the paramecium to eat microscopic organisms. | oral groove and enters the gullet |
This organelle controls the the activities of the cell and genetic material in the cell. | nucleus |
This is the organelle allows plant cells and some protists to make their own food through photosynthesis. | chloroplasts |
This structure protects the cell from the outside environment. | cell membrane |
This structure gives plant cells its shape. It is hard, rigid outermost structure of the cell. Protects the cell from harmful organisms and bacteria. | cell wall |
This structure is found in a protist and plant cell. It stores food and other products of the cell. | vacuole |
The paramecium uses this structure to obtain food. | Oral groove and gullet |
The amoeba uses this structure to engulf food. | pseudopod |
The paramecium uses these short hair-liake appendages that move back and forth to move in its environment. | cilia |
The euglena and bacterial cells have a long whip-like structure to move and keep harmful material away from the cell. | flagellum |
These structures are not found in the animal cell but are found in the plant cell. | chloroplast and cell wall |
Why do plant cells have large vacuoles? | The store food, water, and waste. They need large vacuoles to store food made during photosynthesis. |
Animal cells have two items in common. | They have a nucleus and membraned-surrounded organelles. |
These cells have cell walls and no nucleus. Their organelles are not surrounded by a membrane | Prokaryote |
The Euglenoid and Plant cells have this in common have this in common. | They make their own food using Photosynthesis. |
The Euglenoid uses this structure to move. | flagellum |
Breaks down food and worn cell parts | lysosome |
The cell membrane encloses objects that are too large to pass through the cell membrane. | vesicle |
transports packaged Proteins to different parts of the cell. | endoplasmic reticulum |
Proteins are created here. | ribosomes |
Cells are made pre-existing cells; cells are the basic unit of life; and cells are the smallest unit of life. | cell theory |
Glucose is converted into a form a cell can use. Food is converted into energy. | mitochondrion |
the organelle that packages proteins to be prepared parts of the cell and out of the cell | Golgi apparatus |
Makes ribosomes for the cell | nucleolus |
vesicles of the animal cell that help break down and recycle different parts of the cell |
lysosomes |
directs all the activity of the cell; holds the genetic material of the cell | nucleus |
creates proteins | RNA |