WorksheetsModule 8
Total questions: 58
Worksheet time: 31mins
where flowers begin or arise
embryonic primordium
radicle
seed
embryo
female reproductive organ
gynoceium
androeceium
filament
ovules
male reproductive organ
gynoeceium
androecium
ovules
pollen
carpel orgain consist of:
corolla
stigma
style
ovary
anther
stamen consist of:
ovules
filament
anther
style
corolla
known as corolla
sepals
petals
known as sepals
corolla
calyx
a single carpel
stigma
psitil
ovary
ovule
collect and receive the pollen
style
anther
stigma
ovary
long slender tube, pathway of pollen to ovary
style
stigma
ovule
filament
contains and protect ovules and develop into a fruit
style
filament
stigma
ovary
pollen grains develop in this area known as gametes
style
anther
filament
stigma
support the anther
filament
stigma
ovules
anther
eggs for fertilization
anther
pollen
ovules
style
contain sperm
anther
filament
pollen
ovary
have 5 or 4 floral parts
dicot
monocot
3 floral parts
dicot
monocot
flower with androecium and gynoecium, a complete flower
bisexual
unisexual
either of androecium and gynoecium
bisexual flower
unisexual flower
plant with male and female frlower in same plant
monoecious plant
didoecious
polygamous
with either male or female in different plant
monoecious
didoecious
polygamous
plant with unisex male and female and bisexual flowers
monoecious
didoecious
polygamous
several carpels united in one pistil
syncarpous
apocrapous
unicarpellate
un-united carpel in one pistil
syncarpous
apocarpous
unicarpellate
floral parts situated below the carpels
hypogynous
epigynous
perigynous
floral parts situated above the carpel
hypogynous
epigynous
perigynous
floral parts are same level as the carpel
hypogynous
epigynous
perigynous
with petals, sepals, androecium and gynoecium
incomplete
complete
lack one in 4 structure of plant
incomplete
complete
will become seed
ovary
ovules
will become fruit
ovary
ovules
where the sperm contained
ovary
stigma
styles
movement of pollen from anther to stigma
nectar
respiration
reproduction
pollination
sweet source of food mostly insects
anther
stigma
nectar
ovary
group of flowers arranged in a stem
inflorescence
infloresens
inflorecenes
inflorecens
the older flower is at the top of axillary bud
indeterminate
determinate
youngest flower at the top
indeterminate
determinate
elongated and unbranched sessile flowers
spike
raceme
panicle
catkin
elongated unbranched pedicelled flowers
panicle
raceme
spadix
umbel
branched where each branching has a terminal bud
raceme
catkin
panicle
umbel
flat-topped and rounded with pedicel
spadix
spike
raceme
umbel
an - umbel have smaller umbel called -
compound
umbelletes
catkin
spadix
enlarge stem with sessile flowers vertically
capitulum/head
thyrse
spadix
raceme
scaly drooping spike and raceme
panicle
raceme
catkin/ament
spadix
the bract in spadix
spathe
thyrse
corymb
panicle
2 dichotomous lateral branches and pedicels are equal length
compound cyme
simple cyme
hellicoid cyme
scorpiop cyme
branched dichasium
simple cyme
compound dichasium
compound syme
cincinnus
branched develop only in one side
cincinnus
scorpoiop
simple cyme
hellicoid cyme
zigzag w/ branches
scorpiop cyme/ rhipidium
spadix
raceme
simple cyme
tight modified helicoid cyme and pedicels are very short
raceme
compound cyme
rhipidium
cincinnus
a modified stem in structures
penducle
pedicel
fusion of pollen grains with ovum to form a zygote
sexual reproduction
pollination
respiration
fertilization
pollination will create - by making seed
offspring
vector
fruit
call to the one who travels pollens to other plants or location
(a)
when pollen is in stigma, it will
(a)
it forms in the sticky surface of stigma and goes down into the ovule
(a)
can fetilize itself in complete plants
self pollinating
cross pollinating
need a vector and incomplete flowers
self pollinating
cross pollinating
