Teas Life Science Review

Front 1

Name the 5 characteristics all living things have in common?

Back 1

1) organization
2) energy use
3) reproduction
4) adaptation to environment
5) homeostasis

Front 2

basic unit of life?

Back 2

cell

Front 3

living thing composed of cells?

Back 3

organism

Front 4

composed of one cell?

Back 4

unicellular

Front 5

composed of more than one cell?

Back 5

multi-cellular

Front 6

the cells take on roles dictated by genetic instructions?

Back 6

differentiation

Front 7

ability to maintain a stable internal environment?

Back 7

homeostasis

Front 8

process by which organisms use energy?

Back 8

metabolism

Front 9

what are traits controlled by?

Back 9

genes

Front 10

type of reproduction where only 1 parent is required?

Back 10

asexual reproduction

Front 11

type of reproduction that requires 2 parents?

Back 11

sexual reproduction

Front 12

what is the changing of organisms over time?

Back 12

evolution

Front 13

evolution occurs through a process called?

Back 13

natural selection

Front 14

when some substances can easily pass through a membrane and others cannot?

Back 14

selectively permeable

Front 15

does not require the cell to use energy?

Back 15

passive transport

Front 16

Name 3 things that are true for all cells?

Back 16

1) consist of 1 or more cells
2) are basic structures
3) can reproduce from only existing cells

Front 17

structures within a cell?

Back 17

organelles

Front 18

cells with a membrane around the nucleus?

Back 18

eukaryote

Front 19

cells WITHOUT a membrane around the nucleus?

Back 19

prokaryotes

Front 20

are unicellular organisms such as bacteria?

Back 20

prokaryotes

Front 21

why do animal cells not have a cell wall, while plants do?

Back 21

Most animal cells are flexible for movement, while plants have rigid cell walls for support.

Front 22

type of transport that does require a cell to use energy?

Back 22

active transport

Front 23

simplest form of passive transport?

Back 23

diffusion

Front 24

transfer of molecules from an area of high concentration to lower concentration?

Back 24

diffusion

Front 25

amount of solute dissolved in a fixed amount of solution?

Back 25

concentration

Front 26

energy of motion?

Back 26

kinetic energy

Front 27

type of energy diffusion uses?

Back 27

kinetic energy

Front 28

process of water molecules moving down the concentration gradient?

Back 28

osmosis

Front 29

concentration outside a cell is lower than inside?

Back 29

hypotonic

Front 30

concentration outside a cell is higher than inside?

Back 30

hypertonic

Front 31

water moves into the cell to establish equilibrium?

Back 31

hypotonic

Front 32

water moves out the cell to establish equilibrium?

Back 32

hypertonic

Front 33

water moves in and out of cell because equilibrium is established?

Back 33

isotonic

Front 34

occurs when molecules cannot diffuse across a cell membrane?

Back 34

facilitated diffusion

Front 35

diffusion facilitated by special proteins called?

Back 35

carrier proteins

Front 36

when a cell must move up a concentration gradient

Back 36

active transport

Front 37

occurs when external substances are enclosed within a cell

Back 37

endocytosis

Front 38

occurs when contents are released external to the cell?

Back 38

exocytosis

Front 39

what are similarities and differences of active and passive transport?

Back 39

active transport requires energy other than kinetic. Both active and passive allow movement of substances across a cell.

Front 40

study of how traits pass from parent to offspring?

Back 40

genetics

Front 41

what always has the same traits?

Back 41

pure traits

Front 42

traits that only occur in the second generation?

Back 42

recessive

Front 43

multiple forms of a gene?

Back 43

alleles

Front 44

when both parents give offspring the same allele?

Back 44

homozygous

Front 45

when parents do not give the same allele to offspring?

Back 45

heterozygous

Front 46

More water, swell

Back 46

hypo

Front 47

less water, shrink

Back 47

hyper

Front 48

haploid

Back 48

.

Front 49

diploid

Back 49

.