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WorksheetsBiology Milestone Review Quizizz: Part II
Total questions: 24
Worksheet time: 24mins
Which statement BEST describes how embedded proteins help a plasma membrane perform its function?
They prevent waste material from leaving a cell.
They prevent water molecules from entering a cell.
They allow certain kinds of molecules to enter or leave a cell.
They allow substances dissolved in water to enter or leave a cell.
Mitchell is creating a model of a plant cell. Mitchell wants to include organelles that are involved in energy production for the cell. Which organelles should Mitchell include?
Mitchell should use mitochondria to store energy and cytoplasm to release energy from food/glucose.
Mitchell should include the nucleus to transform light energy and chloroplasts to store energy.
Mitchell should include cytoplasm to store energy and lysosomes to release energy from food/glucose.
Mitchell should include chloroplasts to transform light energy and mitochondria to release energy from food/glucose.
Sydney created a cell model for her science project as shown above. Sydney needs to label her model. Which statement BEST describes the type of model Sydney created?
Sydney has created a plant cell model because only plant cells contain chloroplasts and a cell wall.
Sydney has created an animal cell model because only animal cells contain a nucleus and a cell wall.
Sydney has created a plant cell model because only plant cells contain cytoplasm and a cell membrane.
Sydney has created an animal cell model because only animal cells contain chloroplasts and a cell membrane.
Which describes an interaction between the Golgi apparatus and another organelle to maintain a cell's homeostasis?
The Golgi apparatus stores nutrients provided by the mitochondria.
The Golgi apparatus sorts and packages proteins created by ribosomes.
The Golgi apparatus collects genetic information to be used by the nucleus.
The Golgi apparatus sends and receives chemical signals for the membrane.
In a cell, the information that controls the production of proteins must pass from the nucleus to what other cell structure?
mitochondrion
cell membrane
chloroplast
ribosome
The fluid-mosaic model of the cell membrane suggests that the membrane is primarily composed of proteins and lipids. Which of the following is a function of proteins in the cell membrane?
to allow substances to cross the plasma membrane via active transport
to provide a hydrophilic head so that water can enter the cell
to package and sort molecules to be sent in vesicles
to read messenger RNA to assemble amino acids
Which of the following are NOT found in both plant and animal eukaryotic cells?
vacuoles
nuclei
mitochondria
chloroplasts
Which of the following is the most accurate statement comparing cell membranes and cell walls?
Cell walls prevent everything from entering the cell, while cell membranes allow some things to enter.
Cell membranes function mostly as selectively permeable gatekeepers while cell walls function mainly as support systems.
Cell membranes are found only in animal cells; cell walls are found only in plant cells.
Cell walls function mostly for photosynthesis while cell membranes function mostly for cellular respiration.
An environmental toxin is discovered that interferes with certain cellular functions. When affected cells are examined, it is observed that proteins are normally found in the plasma membrane are instead found in the cytoplasm. Other proteins are also located improperly. Which structure is most likely affected by the toxin?
Lysosomes
Mitochondria
Cell Wall
Golgi apparatus
Which term best completes the concept map above?
an animal cell
a prokaryotic cell
a virus
a plant cell
The diagram above shows how living things use enzyme in chemical reactions to release energy. How do enzymes affect the reactions in which they take part?
Most enzymes slow down chemical reactions.
Enzymes are converted into products in the reaction.
Enzymes increase the activation energy of the reaction.
Enzymes decrease the activation energy of the reaction.
Use the table above to answer the question. Which two students correctly described organic compounds in the table above?
Students 1 and 2
Students 2 and 3
Students 3 and 4
Students 2 and 4
Hemoglobin is a protein found in the red blood cells of vertebrates and in the plasma of many invertebrates. The function of this protein is to transport oxygen throughout the body and to bring carbon dioxide back to be expelled from the organism. If the amino acid sequence of the protein is altered, the mutated protein is not as efficient at carrying oxygen as is the normal hemoglobin. Which argument is supported by this information?
The mutated hemoglobin protein can still carry carbon dioxide to be expelled from the organism.
Hemoglobin must be a simple molecule because it is found in both vertebrates and invertebrates.
Structural changes of hemoglobin affect its ability to carry oxygen, indicating that the shape of a protein is important to its function.
Normal hemoglobin must be a larger molecule than the mutated hemoglobin since it has sufficient space to attach to and carry both oxygen molecules and carbon dioxide molecules.
The picture above shows a red blood cell made up of a protein molecule called hemoglobin. Protein molecules, like the one in the picture, can be broken down into smaller components called
monosaccharides, or simple sugars.
fatty acids.
amino acids.
polysaccharides, or complex sugars.
The function of the nucleic acids contained in the body cells of an organism is
directing the synthesis of proteins necessary for proper cell function.
producing the inorganic molecules needed for normal cell growth.
disrupting meiosis and the synthesis of amino acids into a sequence.
forming a variety of gametes that will pass on hereditary information.
What is the role of carbohydrates in animal cells?
synthesizing proteins
developing enzymes
storing energy
protecting the cell wall
A student set up the following investigation. An artificial membrane separates two fluid-filled compartments. This membrane is permeable to water but impermeable to sucrose. Both compartments initially hold the same amount of fluid, which consists of sucrose dissolved in water. The fluid in compartment A is a 20% sucrose solution. The fluid in compartment B is a 35% sucrose solution. Which prediction is correct?
Water will move from compartment A to compartment B by osmosis.
Water will move from compartment B to compartment A by osmosis.
Sucrose will move from compartment A to compartment B by diffusion.
Sucrose will move from compartment B to compartment A by diffusion.
Use the illustration of a cell in its environment above to answer the question. Based on the distribution of these molecules, what will most likely happen after a certain amount of time?
The concentration of CO2 will remain the same inside the cell.
The concentration of O2 will remain the same outside the cell.
The concentration of CO2 will decrease outside the cell.
The concentration of O2 will increase inside the cell.
Which means of particle transport is shown in the figure above?
Osmosis
Diffusion
Facilitated diffusion
Active transport
Maggie places cells of Elodea, a freshwater plant, on a wet-mount microscope slide. She uses a saltwater solution to prepare the slide. When she observes the cells under the microscope, what is she MOST LIKELY to see?
The cells will shrink within the cell walls.
The cells will swell, expanding the cell walls.
The cell walls will dissolve, releasing the cell.
The cells will not be affected and remain unchanged.
Which process requires cellular energy?
active transport
passive transport
diffusion
osmosis
A balloon allows water but not sugar to pass through it. The balloon contains a 10% sugar solution. A beaker contains a 5% sugar solution. Which statement is true?
When placed in the beaker, the balloon will gain water by osmosis.
When placed in the beaker, the balloon will lose water by osmosis.
When placed in the beaker, the balloon will gain water by active transport.
When placed in the beaker, the balloon will lose water by active transport.
Use the diagram above to answer the question. The diagram shows a beaker of water and molecules of red dye at the beginning of an experiment (Time 1) and the same beaker of water and molecules of red dye after 30 minutes (Time 2). Which of the following BEST explains what happened?
Molecules of red dye moved by diffusion from a higher concentration to a lower concentration.
Molecules of red dye moved by active transport from a higher concentration to a lower concentration.
Molecules of water moved by osmosis from a higher concentration to a lower concentration.
Molecules of water moved by active transport from a higher concentration to a lower concentration
Which statement BEST describes diffusion?
Diffusion requires the cell to use energy.
Diffusion is an example of active transport.
Diffusion occurs when particles spread from areas where they are less concentrated to areas where they are more concentrated.
Diffusion occurs when particles spread from areas where they are more concentrated to areas where they are less concentrated.
