7th Grade End Of Units Practice Quiz 2017
.
- 1.
In an experiment, what is: the manipulated (independent) variable?
- A.
The factor being tested in the experiment.
- B.
The variable that responds to the factor being tested.
- C.
The variable that is controlled.
- D.
The variable that is dependent on the factor being tested.
Correct Answer
A. The factor being tested in the experiment. -
- 2.
In an experiment, what is: the responding (dependent) variable?
- A.
Those items measured in the experiment that is affected by the test factor.
- B.
The control factor.
- C.
The manipulated variable.
- D.
The independent variable.
Correct Answer
A. Those items measured in the experiment that is affected by the test factor. -
- 3.
What is qualitative observation/research?
- A.
Observations/research expressed in description.
- B.
Observations/research expressed in number.
- C.
Analyzing and expressing observational data.
- D.
Analyzing descriptive data.
Correct Answer
A. Observations/research expressed in description. -
- 4.
What is quantitative observations/research?
- A.
Observations/research expressed in number.
- B.
Analyzing observational data.
- C.
Observations/research expressed by descriptions.
- D.
Analyzing descriptive data.
Correct Answer
A. Observations/research expressed in number. -
- 5.
A factor that may change in response to the test factor.
- A.
Variable
- B.
Independent variable
- C.
Dependent variable
- D.
Data
Correct Answer
C. Dependent variable -
- 6.
Identify the kind of observation that is associated with amounts or numbers:
- A.
Qualitative observation
- B.
Quantitative observation
- C.
Field observation
- D.
Observation inference
Correct Answer
B. Quantitative observation -
- 7.
Identify the kind of observation that is associated with description:
- A.
Qualitative observation
- B.
Quantitative observation
- C.
Field observation
- D.
Observation inference
Correct Answer
A. Qualitative observation -
- 8.
An isolated factor to test the suggested problem solution.
- A.
Data
- B.
Independent variable
- C.
Variable
- D.
Dependent variable
Correct Answer
B. Independent variable -
- 9.
The things that are kept the same each time one of the tests in the experiment is repeated. For example, the amount of water used to make the salt solution in salinity experiments.
- A.
Constant
- B.
Control
- C.
Variable
- D.
Dependent variable
Correct Answer
B. Control -
- 10.
In testing, measurements are:
- A.
Constant
- B.
Observations
- C.
Variable
- D.
Data
Correct Answer
D. Data -
- 11.
What one notices or senses while performing the activity.
- A.
Data
- B.
Procedure
- C.
Observation
- D.
Control
Correct Answer
C. Observation -
- 12.
The process to test the idea.
- A.
Theory
- B.
Process
- C.
Experiment
- D.
Control
Correct Answer
C. Experiment -
- 13.
A suggested solution to a problem question.
- A.
Theory
- B.
Hypothesis
- C.
Conclusion
- D.
Data
Correct Answer
B. Hypothesis -
- 14.
A summary of the relationship between the hypothesis and the test results.
- A.
Theory
- B.
Hypothesis
- C.
Conclusion
- D.
Data
Correct Answer
C. Conclusion -
- 15.
A systematic approach to problem solving.
- A.
Scientific method
- B.
Law
- C.
Experiment
- D.
Theory
Correct Answer
A. Scientific method -
- 16.
Cell theory states:
- A.
• All living things are composed of cells. • Cells are the basic units of structure and function in living things. • All cells are made from other cells.
- B.
• All animals are composed of cells. • Cells are the basic units of structure and function in living things. • Cells are made from living and non-living matter.
- C.
• All plants and animals are composed of cells. • Cells are the basic units of structure and function in living things. • Cells are made from living and non-living matter.
- D.
• Not all living things are composed of cells. • Cells are the basic units of structure and function in plants and animals, not bacteria. • All cells are made from other cells.
Correct Answer
A. • All living things are composed of cells. • Cells are the basic units of structure and function in living things. • All cells are made from other cells. -
- 17.
Which scientist concluded that all animals were made of cells?
- A.
Theodor Schwann concluded that all animals are made up of cells.
- B.
Matthias Schleiden concluded that all animals are made up of cells.
- C.
Rudolf Virchow concluded that all animals are made up of cells.
- D.
Robert Remak concluded that all animals are made up of cells.
Correct Answer
A. Theodor Schwann concluded that all animals are made up of cells. -
- 18.
Which scientist concluded all plants are made of cells?
- A.
Matthias Schleiden concluded that all plants are made of cells.
- B.
Theodor Schwann concluded that all plants are made of cells.
- C.
Rudolf Virchow concluded that all plants are made of cells.
- D.
Robert Remak concluded that all plants are made of cells.
Correct Answer
A. Matthias Schleiden concluded that all plants are made of cells. -
- 19.
What are cells?
- A.
Cells are the basic units of structure and function in living things.
- B.
Cells are tiny structures filled with empty spaces.
- C.
Cells are the basic units of living things.
- D.
Cells are animalcules, tiny moving organisms.
Correct Answer
A. Cells are the basic units of structure and function in living things. -
- 20.
Cell theory states:
- A.
• All living things are composed of cells. • Cells are the basic units of structure and function in living things. • All cells are made from other cells.
- B.
• All animals are composed of cells. • Cells are the basic units of structure and function in living things. • Cells are made from living and non-living matter.
- C.
• All plants and animals are composed of cells. • Cells are the basic units of structure and function in living things. • Cells are made from living and non-living matter.
- D.
• Not all living things are composed of cells. • Cells are the basic units of structure and function in plants and animals, not bacteria. • All cells are made from other cells.
Correct Answer
A. • All living things are composed of cells. • Cells are the basic units of structure and function in living things. • All cells are made from other cells. -
- 21.
Which scientist concluded that all animals were made of cells?
- A.
Theodor Schwann concluded that all animals are made up of cells.
- B.
Matthias Schleiden concluded that all animals are made up of cells.
- C.
Rudolf Virchow concluded that all animals are made up of cells.
- D.
Robert Remak concluded that all animals are made up of cells.
Correct Answer
A. Theodor Schwann concluded that all animals are made up of cells. -
- 22.
Which scientist concluded all plants are made of cells?
- A.
Matthias Schleiden concluded that all plants are made of cells.
- B.
Theodor Schwann concluded that all plants are made of cells.
- C.
Rudolf Virchow concluded that all plants are made of cells.
- D.
Robert Remak concluded that all plants are made of cells.
Correct Answer
A. Matthias Schleiden concluded that all plants are made of cells. -
- 23.
Use the image of the microscope to answer this question. A thin red arrow points to the part of the microscope you need to identify. (Too zoom the image, either double tap or use 2 fingers spread to zoom) The thin red arrow points to __________________
- A.
Nosepiece
- B.
Body Tube
- C.
Stage
- D.
Diaphragm
Correct Answer
A. Nosepiece -
- 24.
Use the image of the microscope to answer this question. A thin red arrow points to the part of the microscope you need to identify. (Too zoom the image, either double tap or use 2 fingers spread to zoom) The thin red arrow points to __________________
- A.
Arm
- B.
Body Tube
- C.
Revolving nosepiece
- D.
Diaphragm
Correct Answer
A. Arm -
- 25.
Use the image of the microscope to answer this question. A thin red arrow points to the part of the microscope you need to identify. (Too zoom the image, either double tap or use 2 fingers spread to zoom) The thin red arrow points to __________________
- A.
High Power Lens
- B.
Low Power Lens
- C.
Revolving nosepiece
- D.
Diaphragm
Correct Answer
A. High Power Lens -
- 26.
Use the image of the microscope to answer this question. A thin red arrow points to the part of the microscope you need to identify. (Too zoom the image, either double tap or use 2 fingers spread to zoom) The thin red arrow points to __________________
- A.
Ocular (eyepiece)
- B.
Body tube
- C.
Revolving nosepiece
- D.
Diaphragm
Correct Answer
A. Ocular (eyepiece) -
- 27.
If the ocular lens has a power of 4X and the objective you are using has a power of 10X, what is your power of magnification?
- A.
The magnification is 40X
- B.
The magnification is 400X
- C.
The magnification is 20X
- D.
The magnification is 100X
Correct Answer
A. The magnification is 40X -
- 28.
If you are looking at the "e" through the microscope and you push your slide to the left, which way does the e in the microscope move?
- A.
It moves to the right.
- B.
It moves to the left.
- C.
It moves away from you.
- D.
It moves toward you.
Correct Answer
A. It moves to the right. -
- 29.
If you push the slide away from you, which way does the letter 'e' in the microscope move?
- A.
It moves to the right.
- B.
It moves to the left.
- C.
It moves away from you.
- D.
It moves toward you.
Correct Answer
D. It moves toward you. -
- 30.
Identify which examples are qualitative observation/research.
- A.
There are 6 robin eggs in the nest.
- B.
The robin's nest is 6.5 feet above the ground.
- C.
The robin eggs are blue.
- D.
Robin eggs take 14 to 16 days to hatch.
Correct Answer
C. The robin eggs are blue. -
- 31.
How did the invention of the microscope lead to the discovery of cells?
- A.
The invention of the microscope lead to the discovery of cells because a microscope is an instrument that helps our eyes see objects that are too small to be seen with an unaided eye by magnifying the object.
- B.
The invention of the microscope lead to the discovery of cells because a microscope is an instrument that helps our eyes see objects that are too large to be seen with an unaided eye by magnifying the object.
- C.
The invention of the microscope lead to the discovery of cells because a microscope is an instrument that helps identify objects too small to be seen with an unaided eye by outlining and magnifying the object.
- D.
The invention of the microscope lead to the discovery of cells because a microscope is an instrument that enlarges objects that are too small by widening the diaphragm for the light source.
Correct Answer
A. The invention of the microscope lead to the discovery of cells because a microscope is an instrument that helps our eyes see objects that are too small to be seen with an unaided eye by magnifying the object. -
- 32.
Lenses in microscopes magnify an object by _____________
- A.
Lenses in microscopes magnify an object by bending the light that passes through them.
- B.
Lenses in microscopes magnify an object by flattening the light that passes through them.
- C.
Lenses in microscopes magnify an object by expanding the light that passes through them.
- D.
Lenses in microscopes magnify an object by increasing the amount of light that passes through them.
Correct Answer
A. Lenses in microscopes magnify an object by bending the light that passes through them. -
- 33.
In 1855, the German Scientist Virchow proposed that new cells are formed from _____________
- A.
In 1855, the German Scientist Virchow proposed that new cells are formed from cells that already exist. "All cells come from cells," wrote Virchow.
- B.
In 1855, the German Scientist Virchow proposed that new cells are formed from living and non-living matter. "All cells come from living and non-living matter," wrote Virchow.
- C.
In 1855, the German Scientist Virchow proposed that new cells are formed from deceased cells that already existed. "All cells come from deceased cells," wrote Virchow.
- D.
In 1855, the German Scientist Virchow proposed that new cells are formed from parts of cells that already exist. "All cells come from cell parts," wrote Virchow.
Correct Answer
A. In 1855, the German Scientist Virchow proposed that new cells are formed from cells that already exist. "All cells come from cells," wrote Virchow. -
- 34.
Which scientist was one of the first to observe cells?
- A.
Robert Hooke was one of the first to observe cells and named them "cells".
- B.
Robert Remack was one of the first to observe cells and named them "cells".
- C.
Rudolf Virchow was one of the first to observe cells and named them "cells".
- D.
Anton Van Leeuwenhoek was one of the first to observe cells and named them "cells".
Correct Answer
A. Robert Hooke was one of the first to observe cells and named them "cells". -
- 35.
Which scientist used a microscope to observe many things. Observing pond water he identified living microscopic organisms he called "animalcules".
- A.
Anton Van Leeuwenhoek used a microscope to observe many things. Observing pond water he identified living microscopic organisms he called "animalcules".
- B.
Robert Hooke used a microscope to observe many things. Observing pond water he identified living microscopic organisms he called "animalcules".
- C.
Theodor Schwann used a microscope to observe many things. Observing pond water he identified living microscopic organisms he called "animalcules".
- D.
Matthais Schleiden used a microscope to observe many things. Observing pond water he identified living microscopic organisms he called "animalcules".
Correct Answer
A. Anton Van Leeuwenhoek used a microscope to observe many things. Observing pond water he identified living microscopic organisms he called "animalcules". -
- 36.
This scientist was a botanist who studied plants. He concluded all plants are made up of cells.
- A.
Matthias Schleiden was a botanist who studied plants. He concluded all plants are made up of cells.
- B.
Theodor Schwann was a botanist who studied plants. He concluded all plants are made up of cells.
- C.
Rudolf Virchow was a botanist who studied plants. He concluded all plants are made up of cells.
- D.
Robert Remack was a botanist who studied plants. He concluded all plants are made up of cells.
Correct Answer
A. Matthias Schleiden was a botanist who studied plants. He concluded all plants are made up of cells. -
- 37.
This scientist concluded that all animals are made up of cells.
- A.
Theodor Schwann concluded that all animals are made up of cells.
- B.
Matthias Schleiden concluded that all animals are made up of cells.
- C.
Robert Remack concluded that all animals are made up of cells.
- D.
Rudolf Virchow concluded that all animals are made up of cells.
Correct Answer
A. Theodor Schwann concluded that all animals are made up of cells. -
- 38.
This scientist is credited with proposing that all cells come from pre-existing cells.
- A.
Rudolf Virchow is credited with proposing that all cells come from pre-existing cells.
- B.
Robert Remack is credited with proposing that all cells come from pre-existing cells.
- C.
Anton Van Leeuwenhoek is credited with proposing that all cells come from pre-existing cells.
- D.
Matthias Schleiden is credited with proposing that all cells come from pre-existing cells.
Correct Answer
A. Rudolf Virchow is credited with proposing that all cells come from pre-existing cells. -
- 39.
This scientist did not get credit for his proposed theory that cells come from pre-existing cells. He was credited with discovering the importance of the cell membrane among other microbiology discoveries.
- A.
Robert Remack did not get credit for his proposed theory that cells come from pre-existing cells. He was credited with discovering the importance of the cell membrane among other microbiology discoveries.
- B.
Rudolf Virchow did not get credit for his proposed theory that cells come from pre-existing cells. He was credited with discovering the importance of the cell membrane among other microbiology discoveries.
- C.
Theodor Schwann did not get credit for his proposed theory that cells come from pre-existing cells. He was credited with discovering the importance of the cell membrane among other microbiology discoveries.
- D.
Robert Hooke did not get credit for his proposed theory that cells come from pre-existing cells. He was credited with discovering the importance of the cell membrane among other microbiology discoveries.
Correct Answer
A. Robert Remack did not get credit for his proposed theory that cells come from pre-existing cells. He was credited with discovering the importance of the cell membrane among other microbiology discoveries. -
- 40.
Why is it important to understand that cells come from pre-existing cells?
- A.
It is important to understand that cells come from pre-existing cells to know that cells cannot form from nothing, or form spontaneously.
- B.
It is important to understand that cells come from pre-existing cells to know that cells are singular and cannot be copied (duplicated).
- C.
It is important to understand that cells come from pre-existing cells to know that cells are meant to be multi-cellular and not single cells.
- D.
It is important to understand that cells come from pre-existing cells to know that organisms have different kinds of cells.
Correct Answer
A. It is important to understand that cells come from pre-existing cells to know that cells cannot form from nothing, or form spontaneously. -
- 41.
Plant Organelle Word Bank Cell membraneChromatinEndoplasmic Reticulum RoughNuclear membranePlasmodesmataCell wallCytoplasmEndoplasmic Reticulum SmoothNucleolusPeroxisomeCentrosomeGolgi BodiesMitochondriaNucleusRibosomesChloroplastsChlorophyll Vacuoles Use the Plant Cell Organelle word bank as you work to identify the parts of the plant organelle diagram. Identify Organelle # 7:# 7 is modeled as the thin layer of protein and fat that surrounds the inside of the cell, inside the cell wall. This membrane is passable, it allows some substances to pass into the cell and blocks others.
- A.
Cell Plasma Membrane
- B.
Plasmodesma
- C.
Rough Endoplasmic Reticulum
- D.
Golgi Bodies
- E.
Peroxisome
- F.
Mitochondria
- G.
Cell Wall
- H.
Ribosomes
- I.
Smooth Endoplasmic Reticulum
Correct Answer
A. Cell Plasma Membrane -
- 42.
Plant Organelle Word Bank Use the Plant Cell Organelle word bank as you work to identify the parts of the plant organelle diagram. Cell membraneChromatinEndoplasmic Reticulum RoughNuclear membranePlasmodesmataCell wallCytoplasmEndoplasmic Reticulum SmoothNucleolusPeroxisomeCentrosomeGolgi BodiesMitochondriaNucleusRibosomesChloroplastsChlorophyll Vacuoles Identify Organelle # 6:# 6 is modeled as a thick, rigid membrane surrounding and framing the plant cell. The cell wall will bonds with other cell walls to form the structure of the plant.
- A.
Cell Membrane
- B.
Plasmodesma
- C.
Rough Endoplasmic Reticulum
- D.
Golgi Bodies
- E.
Peroxisome
- F.
Mitochondria
- G.
Cell Wall
- H.
Ribosomes
- I.
Smooth Endoplasmic Reticulum
Correct Answer
G. Cell Wall -
- 43.
Plant Organelle Word Bank Use the Plant Cell Organelle word bank as you work to identify the parts of the plant organelle diagram. Cell membraneChromatinEndoplasmic Reticulum RoughNuclear membranePlasmodesmataCell wallCytoplasmEndoplasmic Reticulum SmoothNucleolusPeroxisomeCentrosomeGolgi BodiesMitochondriaNucleusRibosomesChloroplastsChlorophyll Vacuoles Identify Organelle # 11:# 11 is modeled as a yellow ball with spikes radiating from it. It has a dense center with radiating tubes like a sun (star shape). The small tubes (microtubules) are made by this structure. This structure is important in cell division, separating genetic material into new plant cells.
- A.
Cell Membrane
- B.
Plasmodesma
- C.
Rough Endoplasmic Reticulum
- D.
Golgi Bodies
- E.
Peroxisome
- F.
Mitochondria
- G.
Cell Wall
- H.
Ribosomes
- I.
Smooth Endoplasmic Reticulum
- J.
Centrosome
Correct Answer
J. Centrosome -
- 44.
Plant Organelle Word BankCell membraneChromatinEndoplasmic Reticulum RoughNuclear membranePlasmodesmataCell wallCytoplasmEndoplasmic Reticulum SmoothNucleolusPeroxisomeCentrosomeGolgi BodiesMitochondriaNucleusRibosomesChloroplastsChlorophyll VacuolesUse the Plant Cell Organelle word bank as you work to identify the parts of the plant organelle diagram.Identify Organelle # 4:# 4 is modeled as a green (because it contains chlorophyll), bean-shaped organelle. Photosynthesis takes place in this organelle, changing sunlight to chemical energy (food) for the plant.
- A.
Cell Membrane
- B.
Plasmodesma
- C.
Rough Endoplasmic Reticulum
- D.
Golgi Bodies
- E.
Peroxisome
- F.
Mitochondria
- G.
Cell Wall
- H.
Chloroplasts
- I.
Smooth Endoplasmic Reticulum
- J.
Centrosome
Correct Answer
H. Chloroplasts -
- 45.
Plant Organelle Word Bank Cell membraneChromatinEndoplasmic Reticulum RoughNuclear membranePlasmodesmataCell wallCytoplasmEndoplasmic Reticulum SmoothNucleolusPeroxisomeCentrosomeGolgi BodiesMitochondriaNucleusRibosomesChloroplastsChlorophyll Vacuoles Use the Plant Cell Organelle word bank as you work to identify the parts of the plant organelle diagram. Identify Organelle # 14:# 14 is modeled as a tiny, black dot inside of the purple sphere. This structure is made up of DNA (the chromosomes) that contains the cells’ genetic material.
- A.
Cell Membrane
- B.
Plasmodesmata
- C.
Rough Endoplasmic Reticulum
- D.
Golgi Bodies
- E.
Peroxisomes
- F.
Mitochondria
- G.
Cell Wall
- H.
Chloroplast
- I.
Smooth Endoplasmic Reticulum
- J.
Chromatin
Correct Answer
J. Chromatin -
- 46.
Plant Organelle Word BankCell membraneChromatinEndoplasmic Reticulum RoughNuclear membranePlasmodesmataCell wallCytoplasmEndoplasmic Reticulum SmoothNucleolusPeroxisomeCentrosomeGolgi BodiesMitochondriaNucleusRibosomesChloroplastsChlorophyll Vacuoles Use the Plant Cell Organelle word bank as you work to identify the parts of the plant organelle diagram.Identify Organelle # 17:# 17 is the jellylike material outside the cell nucleus in which the organelles are located.
- A.
Cell Membrane
- B.
Plasmodesma
- C.
Rough Endoplasmic Reticulum
- D.
Golgi Bodies
- E.
Peroxisomes
- F.
Mitochondria
- G.
Cell Wall
- H.
Chloroplast
- I.
Smooth Endoplasmic Reticulum
- J.
Chromatin
- K.
Cytoplasm
Correct Answer
K. Cytoplasm -
- 47.
Plant Organelle Word BankCell membraneChromatinEndoplasmic Reticulum RoughNuclear membranePlasmodesmataCell wallCytoplasmEndoplasmic Reticulum SmoothNucleolusPeroxisomeCentrosomeGolgi BodiesMitochondriaNucleusRibosomesChloroplastsChlorophyll Vacuoles Use the Plant Cell Organelle word bank as you work to identify the parts of the plant organelle diagram. Identify Organelle # 10:# 10 is modeled as flattened, folded, pancake-like structure is located near the nucleus, though not attached to the nucleus. These structurespackage proteins and carbohydrates into membrane-bound bubbles for use and "export" in and from the cell.
- A.
Cell Membrane
- B.
Plasmodesma
- C.
Rough Endoplasmic Reticulum
- D.
Golgi Bodies
- E.
Peroxisomes
- F.
Mitochondria
- G.
Cell Wall
- H.
Chloroplast
- I.
Smooth Endoplasmic Reticulum
- J.
Chromatin
- K.
Nucleolus
Correct Answer
D. Golgi Bodies -
- 48.
Plant Organelle Word Bank Cell membraneChromatinEndoplasmic Reticulum RoughNuclear membranePlasmodesmataCell wallCytoplasmEndoplasmic Reticulum SmoothNucleolusPeroxisomeCentrosomeGolgi BodiesMitochondriaNucleusRibosomesChloroplastsChlorophyll Vacuoles Use the Plant Cell Organelle word bank as you work to identify the parts of the plant organelle diagram. Identify Organelle # 9:# 9 is modeled as a bean-like, oval structure with a double membrane that has an inner membrane that is folded many times. This organelle is the energy power pack of the cell. In photosynthesis this is the organelle that breaks down the sugars and stores the energy in the ATP.The ATP is the energy exchange for cells, storing and releasing energy as needed.
- A.
Cell Membrane
- B.
Plasmodesma
- C.
Rough Endoplasmic Reticulum
- D.
Golgi Bodies
- E.
Peroxisomes
- F.
Mitochondria
- G.
Cell Wall
- H.
Chloroplast
- I.
Smooth Endoplasmic Reticulum
- J.
Chromatin
- K.
Nucleolus
Correct Answer
F. Mitochondria -
- 49.
Plant Organelle Word BankCell membraneChromatinEndoplasmic Reticulum RoughNuclear membranePlasmodesmataCell wallCytoplasmEndoplasmic Reticulum SmoothNucleolusPeroxisomeCentrosomeGolgi BodiesMitochondriaNucleusRibosomesChloroplastsChlorophyll Vacuoles Use the Plant Cell Organelle word bank as you work to identify the parts of the plant organelle diagram. Identify Organelle # 15:# 15 is modeled as the outer covering of the purple sphere. This structure surrounds the purple sphere, separating it from the other organelles and protecting it.
- A.
Cell Membrane
- B.
Plasmodesma
- C.
Rough Endoplasmic Reticulum
- D.
Golgi Bodies
- E.
Peroxisomes
- F.
Mitochondria
- G.
Cell Wall
- H.
Chloroplast
- I.
Smooth Endoplasmic Reticulum
- J.
Chromatin
- K.
Nuclear Membrane
Correct Answer
K. Nuclear Membrane -
- 50.
Plant Organelle Word BankCell membraneChromatinEndoplasmic Reticulum RoughNuclear membranePlasmodesmataCell wallCytoplasmEndoplasmic Reticulum SmoothNucleolusPeroxisomeCentrosomeGolgi BodiesMitochondriaNucleusRibosomesChloroplastsChlorophyll Vacuoles Use the Plant Cell Organelle word bank as you work to identify the parts of the plant organelle diagram. Identify Organelle # 13:# 13 is modeled as a dark purple sphere found within a larger sphere. This structure is where ribosomes and their RNA are produced.
- A.
Cell Membrane
- B.
Plasmodesma
- C.
Rough Endoplasmic Reticulum
- D.
Golgi Bodies
- E.
Peroxisomes
- F.
Mitochondria
- G.
Cell Wall
- H.
Chloroplast
- I.
Smooth Endoplasmic Reticulum
- J.
Chromatin
- K.
Nuclear Membrane
- L.
Nucleolus
Correct Answer
L. Nucleolus -
.png "Plant Organelle Word Bank Cell membraneChromatinEndoplasmic Reticulum RoughNuclear membranePlasmodesmataCell wallCytoplasmEndoplasmic Reticulum SmoothNucleolusPeroxisomeCentrosomeGolgi BodiesMitochondriaNucleusRibosomesChloroplastsChlorophyll Vacuoles Use the Plant Cell Organelle word bank as you work to identify the parts of the plant organelle diagram. Identify Organelle # 7:# 7 is modeled as the thin layer of protein and fat that surrounds the inside of the cell, inside the cell wall. This membrane is passable, it allows some substances to pass into the cell and blocks others.")
.png "Plant Organelle Word Bank Use the Plant Cell Organelle word bank as you work to identify the parts of the plant organelle diagram. Cell membraneChromatinEndoplasmic Reticulum RoughNuclear membranePlasmodesmataCell wallCytoplasmEndoplasmic Reticulum SmoothNucleolusPeroxisomeCentrosomeGolgi BodiesMitochondriaNucleusRibosomesChloroplastsChlorophyll Vacuoles Identify Organelle # 6:# 6 is modeled as a thick, rigid membrane surrounding and framing the plant cell. The cell wall will bonds with other cell walls to form the structure of the plant.")
.png "Plant Organelle Word Bank Use the Plant Cell Organelle word bank as you work to identify the parts of the plant organelle diagram. Cell membraneChromatinEndoplasmic Reticulum RoughNuclear membranePlasmodesmataCell wallCytoplasmEndoplasmic Reticulum SmoothNucleolusPeroxisomeCentrosomeGolgi BodiesMitochondriaNucleusRibosomesChloroplastsChlorophyll Vacuoles Identify Organelle # 11:# 11 is modeled as a yellow ball with spikes radiating from it. It has a dense center with radiating tubes like a sun (star shape). The small tubes (microtubules) are made by this structure. This structure is important in cell division, separating genetic material into new plant cells.")
.png "Plant Organelle Word BankCell membraneChromatinEndoplasmic Reticulum RoughNuclear membranePlasmodesmataCell wallCytoplasmEndoplasmic Reticulum SmoothNucleolusPeroxisomeCentrosomeGolgi BodiesMitochondriaNucleusRibosomesChloroplastsChlorophyll VacuolesUse the Plant Cell Organelle word bank as you work to identify the parts of the plant organelle diagram.Identify Organelle # 4:# 4 is modeled as a green (because it contains chlorophyll), bean-shaped organelle. Photosynthesis takes place in this organelle, changing sunlight to chemical energy (food) for the plant.")
.png "Plant Organelle Word Bank Cell membraneChromatinEndoplasmic Reticulum RoughNuclear membranePlasmodesmataCell wallCytoplasmEndoplasmic Reticulum SmoothNucleolusPeroxisomeCentrosomeGolgi BodiesMitochondriaNucleusRibosomesChloroplastsChlorophyll Vacuoles Use the Plant Cell Organelle word bank as you work to identify the parts of the plant organelle diagram. Identify Organelle # 14:# 14 is modeled as a tiny, black dot inside of the purple sphere. This structure is made up of DNA (the chromosomes) that contains the cells’ genetic material.")
.png "Plant Organelle Word BankCell membraneChromatinEndoplasmic Reticulum RoughNuclear membranePlasmodesmataCell wallCytoplasmEndoplasmic Reticulum SmoothNucleolusPeroxisomeCentrosomeGolgi BodiesMitochondriaNucleusRibosomesChloroplastsChlorophyll Vacuoles Use the Plant Cell Organelle word bank as you work to identify the parts of the plant organelle diagram.Identify Organelle # 17:# 17 is the jellylike material outside the cell nucleus in which the organelles are located.")
.png "Plant Organelle Word BankCell membraneChromatinEndoplasmic Reticulum RoughNuclear membranePlasmodesmataCell wallCytoplasmEndoplasmic Reticulum SmoothNucleolusPeroxisomeCentrosomeGolgi BodiesMitochondriaNucleusRibosomesChloroplastsChlorophyll Vacuoles Use the Plant Cell Organelle word bank as you work to identify the parts of the plant organelle diagram. Identify Organelle # 10:# 10 is modeled as flattened, folded, pancake-like structure is located near the nucleus, though not attached to the nucleus. These structurespackage proteins and carbohydrates into membrane-bound bubbles for use and \"export\" in and from the cell.")
.png "Plant Organelle Word Bank Cell membraneChromatinEndoplasmic Reticulum RoughNuclear membranePlasmodesmataCell wallCytoplasmEndoplasmic Reticulum SmoothNucleolusPeroxisomeCentrosomeGolgi BodiesMitochondriaNucleusRibosomesChloroplastsChlorophyll Vacuoles Use the Plant Cell Organelle word bank as you work to identify the parts of the plant organelle diagram. Identify Organelle # 9:# 9 is modeled as a bean-like, oval structure with a double membrane that has an inner membrane that is folded many times. This organelle is the energy power pack of the cell. In photosynthesis this is the organelle that breaks down the sugars and stores the energy in the ATP.The ATP is the energy exchange for cells, storing and releasing energy as needed.")
.png "Plant Organelle Word BankCell membraneChromatinEndoplasmic Reticulum RoughNuclear membranePlasmodesmataCell wallCytoplasmEndoplasmic Reticulum SmoothNucleolusPeroxisomeCentrosomeGolgi BodiesMitochondriaNucleusRibosomesChloroplastsChlorophyll Vacuoles Use the Plant Cell Organelle word bank as you work to identify the parts of the plant organelle diagram. Identify Organelle # 15:# 15 is modeled as the outer covering of the purple sphere. This structure surrounds the purple sphere, separating it from the other organelles and protecting it.")
.png "Plant Organelle Word BankCell membraneChromatinEndoplasmic Reticulum RoughNuclear membranePlasmodesmataCell wallCytoplasmEndoplasmic Reticulum SmoothNucleolusPeroxisomeCentrosomeGolgi BodiesMitochondriaNucleusRibosomesChloroplastsChlorophyll Vacuoles Use the Plant Cell Organelle word bank as you work to identify the parts of the plant organelle diagram. Identify Organelle # 13:# 13 is modeled as a dark purple sphere found within a larger sphere. This structure is where ribosomes and their RNA are produced.")
Quiz Review Timeline +
Our quizzes are rigorously reviewed, monitored and continuously updated by our expert board to maintain accuracy, relevance, and timeliness.
-
Current Version
-
Mar 20, 2022Quiz Edited by
ProProfs Editorial Team -
Dec 12, 2017Quiz Created by
Rhaveno
Back to top