A. root systems
B. bryophytes
C. angiosperms
D. gymnosperms
E. shoot systems Answer= C. angiosperms
One characteristic of angiosperms is that they produce seeds enclosed within a fruit. This distinguishes them from gymnosperms, which have naked seeds. Angiosperms also have flowers, which are reproductive structures that facilitate pollination and seed production.
In brief the reprodutive structures of slowering plants (both gymnosperms and angiosperms) are to facilitate the sexual reproduction of the plant and disemination of the seeds of the plant. They can be divided into the following catagories: Flowers (anthers, stigma, style and ovary - or variations thereof) Fruit (in the case of angiosperms, naked seeds within a cone in the case of gymnosperms) Seed (common to both gynosperms and angiosperms)
1.differentiate body parts , 2. different types of tissues
Basal bodies are most closely associated with cilia and flagella in eukaryotic cells. They serve as the base for the growth and extension of these cellular appendages.
Root vegetables such as potatoes, sweet potatoes, carrots, parsnips, and beets are associated with containing carbohydrates, which can contribute to weight gain if consumed in excess. Generally, these root vegetables are nutritious options when consumed as part of a well-rounded diet in appropriate portions.
One characteristic of angiosperms is that they produce seeds enclosed within a fruit. This distinguishes them from gymnosperms, which have naked seeds. Angiosperms also have flowers, which are reproductive structures that facilitate pollination and seed production.
No, angiosperms do not need water to reproduce. Bryophytes, or mosses, need water to reproduce-the sperm cells swim to the egg by following a trail of chemicals in the water. Thus, mosses reproduce in wet, rainy seasons of the year. Angiosperms, on the other hand, do not require water because the stamen releases male gametophytes, pollen grains, that are carried by the wind to the egg in the carpel.
Plants have following major classical groups .1; Spermatophyta (seed plants ) including Angiosperms and Gymnosperms.2 ; Pteridophyta (spore producing plants eg club mosses.3 ; Bryophyta ( Non vascular plants ) eg liverworts.Only spermatophyta are seed producing plant and they reproduce by seed. Spermatophyta are most highly developed plants.Angiosperms are flowering plants .Gymnosperms are coniferous plants.
Bryophytes are knwon as amphiban of plant kingdom they do not have true stem their body gametophytic independent haploid and autotrophic and is divided in following parts:1. Thalloid: thalus like eg. Riccia2. Foliase: have leaf like body Mosserso u can say that its stem is thallus like
Plants are divided into the following divisions: Plants are divided into Mosses and Vascular Plants Mosses are not divided Vasular Plants are divided into Seedless Plants (Ferns) and Seeded Plants. Seedless Plants are not divided. Seeded Plants are divided into Naked Seeds (Gymnosperms) and Ovaries/Flowers (Angiosperms). For a diagram of these divisions and more information, go to the Related Link.
It would be considered a hardwood, according to the following classification:Softwoods - conifersHardwoods - angiosperms and monocotyledons.The Mexican fan palm (Washingtonia robusta) belongs to the angiosperms and monocotyledons classes.
Following pollination in angiosperms, the pollen grain germinates on the stigma and extends a pollen tube down the style to reach the ovule. Fertilization then occurs when the sperm from the pollen grain meets the egg cell within the ovule. This process ultimately leads to the formation of seeds and fruits.
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which of the following fields a. nageshwara roa is associated with
You need to say what the following laws are.
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In brief the reprodutive structures of slowering plants (both gymnosperms and angiosperms) are to facilitate the sexual reproduction of the plant and disemination of the seeds of the plant. They can be divided into the following catagories: Flowers (anthers, stigma, style and ovary - or variations thereof) Fruit (in the case of angiosperms, naked seeds within a cone in the case of gymnosperms) Seed (common to both gynosperms and angiosperms)