plants

Question 1

plants are classified into

Answer 1

non-vascular (by pores), vascular

Question 2

no phloems and xylems, by *

Answer 2

pores

non-vascular

Question 3

non-vascular examples:

Answer 3

algae
{brown algae, pheophyceae}
{red algae, rhodophyceae}
{green algae, chlorophyceae}
Bryophytes
(mosses - no roots, leaves & stem}

Question 4

pheophyceae

Answer 4

brown algae

Question 5

rhodophyceae

Answer 5

red algae

Question 6

chlorophyceae

Answer 6

green algae

Question 7

Bryophytes

Answer 7

mosses

nonvascular

Question 8

Classification of vascular

Answer 8

pteridophytes (by spores)
seed plants (by seeds)

Question 9

Vascular by spores

Answer 9

pteridophytes

Question 10

example of vascular {pteridophytes}

Answer 10

ferns

* roots, stems, uses spores

Question 11

classification of plants by seeds

Answer 11

angiosperm, gymnosperm

Question 12

gymnosperms “’

Answer 12

cone-bearing

Question 13

example ofgymnosperms

Answer 13

pine trees

no flowers, only cones

Question 14

angiosperms “”

Answer 14

flowering plants

Question 15

corn, rice, coconut, banana, pineapple, talahib, carabao grass

Answer 15

monocot

Question 16

mango, langka, potato, gumamela

Answer 16

dicot

Question 17

father of genetics

Answer 17

gregor mendel

Question 18

experimental plant

Answer 18

pisum sativum

Question 19

a gene’s alternative form for a certain trait

Answer 19

allele

Question 20

having two of same allele (AA or aa); purebred

Answer 20

homozygous

Question 21

having two different alleles

Answer 21

Heterozygous

Question 22

allele of man

Answer 22

XY hemizygous

Question 23

expressed allele

Answer 23

dominant

Question 24

hidden or masked allele

Answer 24

recessive

Question 25

physical characteristics (physical manifestation)

Answer 25

phenotype

Question 26

actual genetic composition

Answer 26

genetoype

Question 27

organisms with same characteristics as the parent and are results of multiple self pollination

Answer 27

true breeding

Question 28

crossing or mating of true breeding plants

Answer 28

hybridization

Question 29

P generation

Answer 29

parental generation

Question 30

F generation

Answer 30

filial generation (first, second)

Question 31

an approach used to visualize the genotypes and phenotypes resulting from the combination of gametes during fertilization

Answer 31

punnet squares

Question 32

genes are not completely dominant and the heterozygotes appear to have a phenotype of combination of both parental traits

Answer 32

incomplete dominance

Question 33

two alleles each affect the phenotype separately

Answer 33

codominance

Question 34

genes are expressed by more than two allelic alternative forms (ABO Blood group)

Answer 34

multiple allele

Question 35

a single gene controls more than one phenotype; a chain reaction (ex: sickle cell disease)

Answer 35

pleiotrophy

Question 36

genes located in the sex chromosomes (X and Y chromosomes for humans)

Answer 36

sex-linked chromosome

Question 37

circle

Answer 37

woman

Question 38

square

Answer 38

man

Question 39

reproductive organ of male

Answer 39

stamen

Question 40

reproductive organ of female

Answer 40

pistil/carpel

Question 41

stamen {2}

Answer 41

filament, anther

Question 42

carpel {3}

Answer 42

stigma, style, ovary

Question 43

produces pollen grains

Answer 43

anther of stamen

Question 44

develops into fruit after pollination

bears the *

Answer 44

ovary

ovule

Question 45

plant structure that develops into a seed when fertilized

Answer 45

ovule