Biooo

Front 1

Means having a charge (think phospholipid Head)

Back 1

Polar w

Front 2

Water moves into the cell at same rate as it goes out

Back 2

Isotonic

Front 3

Another name for the cell membrane

Back 3

Plasma membrane

Front 4

Means more strength

Back 4

Hypertonic

Front 5

The storage form of energy

Back 5

ATP

Front 6

Found in large amounts in a solution

Back 6

Solvent

Front 7

An active process by which cells realease wastes or products

Back 7

Exocytosis

Front 8

The parts of the phosphoild that are hydrophobic

Back 8

Tails

Front 9

Cells eating

Back 9

Phagocytosis

Front 10

Cells drinking

Back 10

Pinocytosis

Front 11

Releasing things out of a cell like wastes and products ( atp needed)

Back 11

Exocytosis

Front 12

These are usually large substances and are brought in by

Back 12

Vesicles

Front 13

Active transport pushes a molecule/ moles-clues against a

Back 13

Concentration gradient

Front 14

Facilated diffusion requiring

Back 14

Carrier

Front 15

The membrane is flexible

Back 15

Not rigid

Front 16

An art term used to describe a painting made of bits of glass or other objects

Back 16

Mosaic

Front 17

Molecules are shaped like a head with two tail

Back 17

Phospholipids moleclues

Front 18

He head is polar and forms hydrogens bonds with water

Back 18

Hydrophilic

Front 19

The fatty acid tail is

Back 19

Nonpolar

Front 20

Gycerol alchol

Back 20

( also part of head)

Front 21

Two fatty acid chains

Back 21

Two tails

Front 22

Strengths the cell membrane and helps it stay flexible

Back 22

Cholesterols

Front 23

ID badges do cells can tell one type of cell from another

Back 23

Carbohydrates

Front 24

A cell cannot function without things entering and exiting through the cell membrane

Back 24

Selective permeability

Front 25

Movement of molecules from high concentrations to low concentrations

Back 25

Diffusion

Front 26

Requires energy input (ATP) like playing a roll bridge

Back 26

Active transport

Front 27

No energy required (ATP) like rolling down hill

Back 27

Passive transport

Front 28

Difference of concentration of a moleclue in a cell or area

Back 28

Concentration gradient

Front 29

A special type of diffusion where water moves through the cell membrane

Back 29

Osmosis

Front 30

When the number of molecules on one side of the same number on the other side

Back 30

Bynamic equilibruim

Front 31

Atp

Back 31

=energy

Front 32

Solution

Back 32

:solute+solvent=soultion

Front 33

Is a mixture of two or more substances

Back 33

Solution

Front 34

3 types of solutions

Back 34

Isotonic , hypertonic, hypotonic

Front 35

ISO=

Back 35

SAME

Front 36

Is a mixture of two or more substances

Back 36

Solution

Front 37

ISO=

Back 37

SAME

Front 38

Hyper

Back 38

=more

Front 39

3 types of solutions

Back 39

Isotonic , hypertonic, hypotonic

Front 40

ISO=

Back 40

SAME

Front 41

Hyper

Back 41

=more

Front 42

Hypo

Back 42

=less

Front 43

A cell in a hypotonic water moves into the cell

Back 43

( cell swell and likely burst).

Front 44

Type of transport that does not require ATP

Back 44

Passive

Front 45

Means water loving

Back 45

Hydrophilic

Front 46

Two or more substances

Back 46

Solution

Front 47

Cell membrane are constructed mainly of

Back 47

Phospholipid bilayers

Front 48

Cell membrane are constructed mainly of

Back 48

Phospholipid bilayers

Front 49

It controls which substances enter and exit the cell

Back 49

Cell membrane

Front 50

The function of carbohydrates in the cell membrane

Back 50

Communication

Front 51

The function of proteins in cell membrane

Back 51

Cellular transport

Front 52

Stores energy for the cell in from of sugar

Back 52

Photosynthesis

Front 53

The process releases energy stored in sugar

Back 53

Cellular respiration

Front 54

This energy-rich molecule, produced by cellular respiration, is vital for the functioning of the cell is

Back 54

ATP

Front 55

In hypertonic solutions were moves_____the cell

Back 55

Out of

Front 56

Hypertonic solution will cause animals cells to

Back 56

SHRINK

Front 57

The process of the cell contents completely shrinking away from the cell wall is

Back 57

Plasmolysis

Front 58

In an isotonic soultion , equal amounts of water are moved INSIDE and OUTSIDE cell .

Back 58

^^

Front 59

When this happen the cel is in dynamic EQUILIBRIUM which means the waiter is still moving but is moving in equal amounts

Back 59

^^

Front 60

While an animal cell will stay the same a plant cell may not have enough water to fully fill the cell cavity. so plant cell may appear

Back 60

WILTED OR FLACCID (limp)

Front 61

In an isotonic soultion , equal amounts of water are moved INSIDE and OUTSIDE cell .

Back 61

^^

Front 62

When this happen the cel is in dynamic EQUILIBRIUM which means the waiter is still moving but is moving in equal amounts

Back 62

^^

Front 63

While an animal cell will stay the same a plant cell may not have enough water to fully fill the cell cavity. so plant cell may appear

Back 63

WILTED OR FLACCID (limp)

Front 64

In HYPOTONIC SOLUTION water moves into the cell .

Back 64

^^

Front 65

Animals cells will SWELL if the cell membrane is not strong enough it may BURST

Back 65

^^

Front 66

Animals cells will SWELL if the cell membrane is not strong enough it may BURST

Back 66

^^

Front 67

Cells walls allow pressure to build up in

Back 67

PLANT CELLS

Front 68

The pressure caused by water moving in to a plant cell called

Back 68

Turgur pressure

Front 69

Hypotonic

Back 69

Have more inside then outside

Front 70

Hypotonic

Back 70

Have more inside then outside

Front 71

Isotonic

Back 71

Have the same amount inside and outside .

Front 72

Hypertonic

Back 72

Have way more outside then inside !