NEW
Font size
WorksheetsBio chapters 1-4
Total questions: 47
Worksheet time: 24mins
Passive transport that requires membrane proteins
Facilitated diffusion
Simple diffusion
Osmosis
Active transport
The smallest unit of life that can function independently
Nucleus
Organ
Cell
Organ system
Structural support, aid in cell division, organelle transport, cell movement
Functions of intermediate filaments
Functions of cytoplasm
Functions of cytokskeleton
3 major components of cytoskeleton
The product of a reaction slows the production of more product
Metabolism
Negative feedback
Simple diffusion
Active transport
The diffusion of water across a membrane down its concentration gradient
Exocytosis
Osmosis
Hydrolysis
Endocytosis
The sum of all cellular chemical reaction. Molecules are built or broken down
Cytoskeleton
Metabolism
Hydrolysis
Homeostasis
Dissolve in water
Hydrophilic head
Hydrophobic tails
Hydrophilic solutes
No polar hormones
Two or more interacting tissues that function as a unit
Organ
Tissues
Metabolism
Cell
Gain knowledge by observing and asking questions about the natural world
Passive transport
Negative feedback
What is science?
Simple diffusion
Carries the protein “recipe” to a ribosome where the protein is assembled
DNA
Nucleus
ATP
RNA
Fuse adjacent cells, preventing substances from flowing between them
Microtubules
Cytoskeleton
Adhesion junctions
Tight junctions
Release energy from food producing ATP from ADP
Microtubules
Nucleus
Cytoskeleton
Mitochondria
Chemical energy (stored in bonds) not moving
Organ system
Kinetic energy
Metabolism
Potential energy
The product of the reaction that the enzyme catalyze
Endocytosis
Enzyme
Inhibitor
Metabolism
A single unit of a carbohydrate, protein or nucleic acid
Polymer
Tissues
Monomer
Enzyme
Water does not dissolve
Endocytosis
Monomer
Hydrolysis
Hydrophobic
A molecule that temporarily stores energy for cellular work
ATP
RNA
ADP
energy
Occurs when concentration gradients dissipate across a biological membrane
Organ system
Simple diffusion
Facilitated diffusion
Passive transport
Use filaments to hold cells together
Adhesion junctions
Junction proteins
Cytoskeleton
Right junctions
A membrane separates each cell from its surroundings
Nucleus
Cytoskeleton
Passive transport
Phospholipid bilayer
Carbohydrates, proteins, nucleic acids, and lipids
1 major types of organic molecules
4 major types of organic molecules
3 major components of cytoskeleton
5 major types of organic molecules
Contains DNA for the proteins
Tissues
Enzyme
Nucleus
Microtubules
The ability to do work— to move matter
Energy
Metabolism
ATP
Osmosis
Allows a cell to engulf fluids and large molecules and bring them into the cell
Hydrolysis
Osmosis
Endocytosis
Exocytosis
Microfilaments, intermediate filaments, Microtubules
3 major components of cytoskeleton
15 major components of cytoskeleton
0 major components of cytoskeleton
8 major components of cytoskeleton
Some unicellular, many multicellular. Subdivided into kingdoms based on the way energy is acquired
Hypothesis
Kingdom plantea
Domain bacteria
Domain eukarya
Light, sound, movement of atoms and molecules, muscle contractions
Phospholipid bilayer
Potential energy
Metabolism
Kinetic energy
The cell uses energy and a transport protein to move a substance against its concentration gradient
Facilitated diffusion
Simple diffusion
Osmosis
Active transport
Form the internal framework of cilia and flagella
Nucleus
Cytoskeleton
Centrioles
Microtubules
Cell membranes also contain proteins
Facilitated diffusion
Fluid mosaic
Simple diffusion
Phospholipid bilayer
Protein channel links the cytoplasm of neighboring cells
Gap junctions
Microtubules
Adhesion junctions
Active transport
The science of naming and categorizing organisms
Hypothesis
Tissues
Classification
Taxonomy
Some carbons are double bonded
Phospholipids
Lipids
Monosaccharides
Unsaturated fats
No polar bonds which repel water
Energy
Fluid mosaic
Hydrophobic tails
Tissues
A network of protein tracks and tubules
Microtubules
Cytoskeleton
Nucleus
Endocytosis
A tentative falsifiable explanation of an observation
Hypothesis
Metabolism
Hydrolysis
Theory
Both are unicellular prokaryotes but differ fundamentally so that they are considered separate domains
Simple diffusion
Domain bacteria and domain archaea
Domain eukarya
Bacteria and archaea
Two or more organs that are physically or functionally joined
Active transport
Cell
Organ system
Tissues
Between molecules on the surface of liquid water give it high surface tension
Hydrolysis
Cohesion
Osmosis
Adhesion
Groups of specialized cells that interact and provide a specific function
Tissues
Endocytosis
Nucleus
Organ
A protein that speeds up a chemical reaction without being consumed
Enzyme
ATP
Nucleus
Metabolism
Polar bonds which are attracted to water
Enzyme
Hydrophilic solutes
Hydrophobic
Hydrophilic head
Uses vesicles to transport substances out of the cell
Endocytosis
Microtubules
Exocytosis
Osmosis
The reverse reaction of dehydration synthesis; it breaks polymers into monomers
Exocytosis
Hydrophobic
Osmosis
Hydrolysis
Molecules
ATP is the product of ___
kinetic energy
Atoms are organized into
Cell
Particles move from high to low concentration that is they move down their concentration gradient
Simple diffusion
Osmosis
Facilitated diffusion
Active transport
Carbons of fatty acids all singly bonded
Phospholipids
Carbohydrates
Saturated fats
Cholesterol
