1.what are the two parts of a solution? 2.what percentage must those two parts always add up to?...
TRANSCRIPT
1. What are the two parts of a solution?2. What percentage must those two parts
always add up to?3. What is a concentration gradient?4. What is a solution called when it has more
solutes and more pull on the water than another solution?
5. What is the diffusion of water called?6. Diffusion always moves from a _____________
concentration to a ____________ concentration.
7. What is it called when there is no net movement of water molecules across the membrane?
8. What is a solution that has less solutes and less pull on water than another solution called?
9. What is a solution that has equal solutes and equal pull on water compared to another solution called?
Nucleus
CellMembrane
Nucleolus
Cytoplasm
CellWall
Cytoskeleton
Rough Endoplasmi
cReticulum
Golgi apparatus
Mitochondria
Ribosomes
Smooth Endoplasmi
cReticulum
Chloroplasts
SmallVacuoles
Lysosomes
Vesicles
Centrosome
Large Central Vacuole
Centrioles
Double membrane organelle that
contains the cell’s DNA and directs cell
function
Barrier that regulates what goes in and out
of the cell
Dense area of RNA that makes ribosomes
Jelly-like matrix between nucleus and cell membrane that holds organelles and dissolved substances
Rigid structure found in plants and bacteria
that helps protect and give structure to
the cell
Protein microtubules that help shape the
cell and move substances within the
cell
Membrane channels studded with
ribosomes
“UPS” of the cell; processes and
packages proteins and makes lysosomes
Organelle where cellular respiration takes place converting products of
glucose into ATP for cell energy
Site of protein synthesis
Lacks ribosomes on surface of membrane channels; involved in
lipid synthesis
Green organelle found in plants that is site of photosynthesis
Small membrane bubbles that contain
food particles
Vacuole full of digestive enzymes
Small membrane bubbles that break off cell
organelles to transport proteins within cell
Area in cytoplasm where microtubules
are formed
Large vacuole in center of plant cells
that stores water
Microtubules found in animal cells involved in cell
division
Nucleus
CellMembrane
Nucleolus
Cytoplasm
CellWall
Cytoskeleton
Rough Endoplasmi
cReticulum
Golgi apparatus
Mitochondria
Ribosomes
Smooth Endoplasmi
cReticulum
Chloroplasts
SmallVacuoles
Lysosomes
Vesicles
Centrosome
Large Central Vacuole
Centrioles
Membrane-bound organelles Absent
Nucleus Present
Membrane-bound organelles Present
Can be single-cell microscopic or
multicellular and macroscopic
Nucleus Absent
Can only be single-cell and microscopic
Facilitated diffusion
Diffusion
Moves from High to Low
concentrations
Moves from Low to High
concentrations
Osmosis
Uses Cell Energy
Exocytosis
Does NOT require cell
energy
Protein Pump
Moves with concentration
gradient
Endocytosis
Requires ATP
Very Large molecules
Small nonpolar molecules
Ions and polar molecules
Passes through phospholipid layer
Moves against
concentration gradient
Always open protein channel
Exocytosis
Diffusion
Facilitated Diffusion
Active Transport
Osmosis
Endocytosis
(Term) (Term)
(Term) (Term)
(Term) (Term)
Movement of Large molecules out of the
cell by vesicles fusing with cell membrane
Movement of molecules from an
area of high concentration to an
area of low concentration
Diffusion through always open protein
channels
Movement against the concentration gradient by use of protein pumps and
cell ATP
Diffusion of water
Movement of large molecules into the cell by forming a vacuole out of the
cell membrane
(Definition)