BIOLOGY HIGH SCHOOL

How is the reproductive system different from other body systems?

Answers

Answer 1
Answer:

Most body systems are necessary to keep an individual alive.

Unlike other body systems, the reproductive system is not essential to keep an individual alive.
Answer 2
Answer:

Answer:

Most body systems are necessary to keep an individual alive.

Unlike other body systems, the reproductive system is not essential to keep an individual alive.

Explanation:

edg. I got it right

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Which is an example of a vestigial structure?A. A fish fin B. Tailbone of a human C. Tail of a monkey D. Flower of a plant
When an action potential reaches the presynaptic terminal it causes channels to open?
When two solvents are separated by a semi-permeable membrane, water flows from low solute concentrations to high solute concentrations. What would happen if external pressure is applied to the solution with higher solute concentration? A) The semi-permeable membrane will lose its activity. B) Water will stop flowing across the semi-permeable membrane. C) Water will flow more freely across the semi-permeable membrane. D) The concentration of solute will become equal on both sides of the membrane.
Decomposition and decay of organic matter are accomplished by the action of

The burrowing owl is found in dry, open areas such as grasslands, prairies, savannas, deserts, farmlands, golf courses, and other urban areas throughout most of western United States and Florida, Central America, and most of South America. It makes its home in burrows of other animals and primarily eats insects and small rodents. As humans build more cities, nearby burrowing owl habitats change due to destruction of burrows and loss of prey. Which is the least likely outcome of the habitat changes that are described?AThe niche of the burrowing owl may change as it adapts to the changes.
BThe niche of the burrowing owl may change as it moves to a new habitat.
CThe population of the burrowing owl may be reduced or even become extinct.
DThe population of the burrowing owl may increase in its new surroundings.

Answers

The correct answer to the question that is being presented above would be letter D. The population of the burrowing owl may increase in its new surroundings. This is the answer because all the other choices are the most likely to happen compared to this sentence.

Answer:

The answer is D

Explanation:

Edge 2021

Which of the following statements about angiosperm reproduction is true?a) Fruits reduce the success of dispersal because animals consume the seeds when eating the fruits.
b) There are a diverse array of flower shapes and colors, largely related to the mode of pollination.
c) The female gametophyte in angiosperms is larger than in gymnosperms.
d) It is less efficient than gymnosperm reproduction and requires more pollen.
e) Animal pollination is less efficient than wind pollination

Answers

The correct answer is: b) There are a diverse array of flower shapes and colors, largely related to the mode of pollination.

Angiosperms or flowering plants are plants with characteristic feature called flower. The main function of this plant structure is to ensure fertilization and development of fruit containing seeds. Flowers need to attract pollinators by their color, scent, and nectar (secreted in some part of the flower).

What kind of effect would occur to the biotic factors if the water became contaminated by fertilizer (abiotic factor)?​

Answers

If the water becomes contaminated by fertilizers, the biotic factors will not be survived properly in that water. Due to contamination, genetic changes and diseases can cause.

What are biotic factors?

Biotic factors are those factors that are living or once living. The characteristics of biotic factors are growing and reproducing. These factors are plants, animals, fungi, bacteria, etc.

Fertilizers are chemicals that are used in plants and farming to increase the growth of crops and plants. These fertilizers, in the end, go into water bodies and contaminates them.

These fertilizers are not good for water, as animals drink this water and due to heavy chemicals, these fertilizers cause deformities in animals and plants.

Thus, The biotic factors in the water will not be able to survive effectively if it becomes tainted by fertilizers. Diseases and genetic alterations may result from pollution.

To learn more about biotic factors, refer to the link:

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Changes in abiotic factors can result in extreme problems for some organisms.

However,bed bugs have become resistant to even this chemical pesticide.what happened that allowed the bug population to increase.?

Answers

Answer:

Genetic Mutation

Bugs evolved themselves to adapt to this chemical

Explanation:

Genetic mutation in bugs has caused such changes in them. There is a high probability that some enzymes must have developed with in the bugs which inhibits the fatal impacts of this chemicals. So , it can be said that the genetics of bugs adapted the chemical due to which it is producing no negative impacts on them. And since this is a genetic change it is being transferred to the next generation.
since the bed bugs became immune to the pesticide they were able to live through it and breed, basically since they were immune throughout time the whole species became immune including the offspring. it was an adaptation. 

Which part of the immune system is produced in the bone marrow and circulates through the blood to destroy germs?A.
red blood cells

B.
white blood cells

C.
lymphocytes

D.
fibrin

Answers

the answer is white blood cells

Answer:

B. the correct answer

Explanation:

The various parts of the endomembrane system serve different functions in the cell. in this activity, you will identify the roles of each part of the endomembrane system.

Answers

the endomembrane system is very important for synthesizing, processing, and movement of lipids and proteins in the cell.
The smooth ER function is mainly used for lipid synthesizing and processing, while the rough ER function is for protein synthesizing

hope this helps

Final answer:

The endomembrane system consists of the nuclear envelope, ER, Golgi apparatus, lysosomes, vesicles, and plasma membrane. They collaborate to transport, package, and alter proteins and lipids. Components like mitochondria or chloroplasts are not part of the endomembrane system.

Explanation:

The endomembrane system in eukaryotic cells is composed of the nuclear envelope, the endoplasmic reticulum (ER), Golgi apparatus, lysosomes, vesicles, and the plasma membrane. These cellular components work together to perform several functions. Notably, they modify, package, tag, and transport proteins and lipids that form the membranes.

Starting with the nuclear envelope, it protects the contents of the nucleus by separating it from the cytoplasm. The endoplasmic reticulum synthesizes proteins and lipids. Golgi apparatus serves to further modify, sort, and package these proteins and lipids for transportation. lysosomes are involved in breaking down waste materials and cellular debris in the cell. Vesicles transport molecules around the cell. Finally, the plasma membrane controls the movement of substances in and out of the cell.

The endomembrane system does not include organelles like mitochondria or chloroplasts, as their membranes are not part of this system.

Learn more about the Endomembrane System here:

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