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slava [35]
2 years ago
6

Differentiate between Angiosperms and gymnosperm​

Biology
1 answer:
DedPeter [7]2 years ago
4 0

Answer:

Angiosperms are vascular plants bearing the seeds in fruits or mature ovaries whilst gymnosperms are other types of the plant which bears the seeds directly on the sporophylls but without any cover.

Explanation:

Examples of gymnosperms include cypress,pine, redwood, spruce and ginkgo.

Examples of angiosperms include apple, banana,peach, cherry and orange.

Also, angiosperms are seeds producing flowering plants whose seeds are enclosed within an ovary.

Gymnosperms are also seeds producing non flowering plants whose seeds are unenclosed.

Hope it helps.

Please mark as brainliest .

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1 Predict) Have you met a woman who was pregnant? Write a short answer describing what type of development you think is going on
crimeas [40]

Answer:

Pregnant have many characters and when the embryo going to be develop her physical appearance like her weight will be increase . And in the pregnant women have high progesterone so she may have stomach cramps .

5 0
2 years ago
Describe the structural or environmental change of your chosen macromolecule. Then predict the effect this change will have on t
Wewaii [24]

Answer:

Choosing protein as macromolecule.

Explanation:

The given environmental changes can lead to structural changes in protein as well:

pH - Several amino acids contain sidechains with practical gatherings that can promptly pick up or lose a proton. Changes in pH would prompt an adjustment in the charge of the amino acids, prompting charge-charge attraction or repilsion between non-interfacing amino parts.  

Temperature - High temperatures can prompt protein denaturation. Warmth can upset hydrogen bonding and hydrophobic interactions.  

Reduction or oxidation Environment - Some tertiary structure of protein folding is held by disulfide linkages. Reducing agent will lead to unfolding by introducing itself to break disulfide bonds.

Effect of these change: Sequence of amino acid and structure of protein molecule form determines function, any slight change to a protein's structure may result in the protein to become dysfunctional or produce different product.

4 0
3 years ago
A transcriptional repressor that controls the transcription of gene A is not normally active unless bound by an effector molecul
vodomira [7]

Answer:

Transcription of gene A is not affected

Explanation:

A transcriptional repressor is a DNA/RNA-binding protein that acts to suppress gene expression and/or protein synthesis by binding to target sequences. Moreover, a silencer is a DNA region that binds to particular transcriptional repressors in order to suppress gene expression. In this case, the transcriptional repressor is activated by binding to an effector molecule X (e.g., another protein). In consequence, and since the activated repressor-X complex is not more able to bind the silencer of gene A, it is expected that such complex will not be able to affect transcription of the target gene.

4 0
3 years ago
50 POINTS!!!!!!!!!!!!!!!!!!!!!
nexus9112 [7]

Answer:

Organization helps us make sense of our surroundings. Some people organize their sock drawers

by color. Books in a library are often organized by topic. Food in a grocery store is organized so we

to know just where to find something.

For scientists, organization is an essential tool. The organization of similar organisms into groups

helps scientists understand how living things are related. It also allows scientists to communicate

about all forms of life. For example, suppose a scientist in the United States writes about a specific

group of animals. Other scientists around the world will know exactly which group of animals the

writer is referring to. But, how do scientists decide which organisms to group together? Do they use

a particular process?

Scientists classify organisms in different ways.

Scientists organize the living world using a process called taxonomy, which is the science of

classifying organisms based on shared structures, functions, and relationships to other organisms.

For example, organisms can be classified based on their cellular

structure. Organisms that have nuclei are eukaryotes. Eukaryotes

also have organelles, or specialized structures bound in a

membrane. They are in a different group than prokaryotes, which

are organisms that do not have nuclei. Also, many unicellular

organisms are in a different group than multicellular organisms.

For example, bacteria are unicellular organisms. They are in a

different group than animals, which are multicellular. Living things also can be classified

according to the way in which they

obtain food. Think about the

differences between plants and

animals. Plants make their own food and are called autotrophs. Animals must consume other

organisms and are called heterotrophs. This difference classifies

plants and animals into two separate groups.

Method of reproduction can be used to classify organisms into

even smaller groups. The two main reproductive methods are

asexual and sexual reproduction. In asexual reproduction, only

one parent is involved in producing offspring. In sexual

reproduction, two parents are involved: a male and a female

Explanation:

6 0
3 years ago
How does capillarity help sustain life? a. Plants use capillarity to move water from their roots to their leaves. b. Capillarity
katen-ka-za [31]
<span>A). Plants use capillarity to move water from their roots to their leaves.

Hope this helps!</span>
5 0
3 years ago
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