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What else can I help you with?
Do seeds and spores have both multicellular and embryos?
While they have the same function- to reproduce- the main difference between seeds and spores is that seeds come from flowering plants (they are the ripened ovules of the plants) and spores are produced by non-flowering plants (they are tiny reproductive bodies). Seeds, since they are ripened ovules, have plant embryos with a food store and a protective covering around all of that. On the other hand, spores do not have stored food resources and can be made of one or many cells. So, seeds are multicellular while spores are usually unicellular, and seeds contain embryonic plants while spores do not (they themselves are the tiny reproductive bodies).
What is the transer of pollen grains to ovules?
It contains a tiny egg nucleus which will fuse with nucleus of the male cell.
What is a tiny particle containing two or more atoms?
Electrons
Why are grasses classified as flowering plants?
Grass is classified as a flowering plant because as the grass grows it makes small tiny flowers.we don't see these because we cut the grass before it makes flowers
What are tiny cells from which some plants germinate?
Tiny cells from which some plants germinate are called spores. Spores are reproductive structures that are produced by certain plants, such as ferns and mosses, and are capable of developing into new plants under the right conditions.
Do seeds and spores have both multicellular and embryos?
While they have the same function- to reproduce- the main difference between seeds and spores is that seeds come from flowering plants (they are the ripened ovules of the plants) and spores are produced by non-flowering plants (they are tiny reproductive bodies). Seeds, since they are ripened ovules, have plant embryos with a food store and a protective covering around all of that. On the other hand, spores do not have stored food resources and can be made of one or many cells. So, seeds are multicellular while spores are usually unicellular, and seeds contain embryonic plants while spores do not (they themselves are the tiny reproductive bodies).
What is the transer of pollen grains to ovules?
It contains a tiny egg nucleus which will fuse with nucleus of the male cell.
What are tiny oval body containing chlorophyll?
Tiny Oval bodies containing cholorphyll are chloroplasts..
How seeds are made?
Flowers have male parts called stamens and female parts called carpels. The stamens make the tiny grains of pollen. The carpels contain eggs, called ovules. Seeds are made when the pollen reaches the ovules. This is called pollination.
What is a tiny particle containing two or more atoms?
Electrons
What do tiny plants eat?
Small plants eat other small plants
Tiny aquatic plants are called?
Microscopic plants. Such plants are like plankton.
What is the difference between seeds and pollen?
Seeds and pollen are both crucial for plant reproduction but serve different purposes. Seeds are mature fertilized ovules that contain the embryonic plant and a food supply, allowing for the development of a new plant. Pollen, on the other hand, consists of tiny grains produced by the male reproductive parts of flowers, containing the male gametes needed to fertilize the ovules in the female reproductive structures. In essence, seeds are the result of fertilization, while pollen is involved in the fertilization process.
What are tiny aquatic plants?
anchovies
A plant produces tiny plants around the edges of its leaves. When these tiny plants fall to the ground they take root and become new plants. This process is an example of?
Plantlets
Where do you think the tiny remains of plants and animals in the stream come from?
Tiny remains of animals and plants in streams come from the mountains. When it rains, these remains are washed down the mountains toward the streams.
The tiny male gametophyte of seed plants that produces sperm?
Yes, It is cool though because in seed plants the gametophyte is microscopic and remains in the sporophyte. It gains extra protection (UV light, Drying out ect) and nutrition. This increases the chance of survival when compared with the free living gametophytes of seedless plants. (awesome evolutionary step that lead to the increased probability of seed production)
