Flowers
ans
1) spores
2) sporophyte-meiosis-gametophyte-gametes-fertilization-diploid
zygote
3) Meiosis occurs in sporophytes
to produce spores.
4) a
small (reduced) sporophyte.
5) receptacle
6) sepal.
7) stamen carpel
8) stamen
carpel
9) sepals-petals-stamens-carpels
10) photosynthesis.
11) style.
12) It has both stamens
and carpels.
13) develop
into fruits.
14) dioecious
15) anther.
16) microsporocyte
17) megasporocyte
and microsporocyte
18) meiosis-pollination-nuclear
fusion-formation of embryo and endosperm
19) anther—gametophyte
20)
microsporocyte-meiosis-microspores-mitosis-two haploid cells per pollen
grain
21) A megaspore mother cell undergoes meiosis.
22) mitosis in male gametophytes
23) embryo sac—female
gametophyte
24) pollen grain
25) two sperm nuclei and
one tube cell nucleus.
26) three
antipodal cells, two polar nuclei, one egg, and two synergids.
27) central cell.
28) introduction of genes into a plant
that prevent its seeds from maturing
29)
leaves.
30) double
fertilization
31) Pollination brings
gametophytes together so that fertilization can occur.
32) the
rejection of self cells.
33) genetic variation
34) It produces clones.
35) Making cuttings of ornamental plants is a
form of fragmentation.
36) form a seed coat
37) one or more seeds. the
ovary wall.
38) mature ovary.
39) imbibition
40) Both a diploid
embryo and triploid endosperm are formed.
41) It develops from the fertilized egg.
42) proembryo and the cotyledons.
43) It forms the
suspensor that anchors the embryo.
44) radicle
45) wind-pollinated
46) male gametophyte;
embryo sac
47) an ovule.
48) ovaries.
49) imbibition of water.
50) obtain
a dependable water supply.
51) graft varietal
52) increasing crop
yield.