BIOLOGY MIDDLE SCHOOL

What is the liquid phase of water

Answers

Answer 1
Answer: The liquid phase of water is a liquid. Other stages are solids and gases. Hope this helps and have a nice day!
Answer 2
Answer: The liquid is a state of matter in which the distance between the molecules is enough to suit any means (taking its shape), but not significantly change its volume. The molecules of a material in the liquid state have more energy than the molecules of the same material in a solid state at a same pressure. This translates to higher energy greater freedom of movement, that is to permit liquid to adapt its shape to the shape of the vessel containing it, though the liquid is virtually incompressible. With freedom of movement, its molecules collide frequently, and the temperature relates to the average speed of particles.


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What might be a symptom of a person whose vein valves are not functioning properly and are causing fluid it flow away from the heart?

Answers

Considering answers;

-fever

-constricted veins

-swollen veins

-confusion


Answer;

Swollen veins


Swollen veins might be a symptom of a person whose vein valves are not functioning properly and are causing fluid it flow away from the heart.


Explanation;

Valves are structures that are found in the circulatory system both in the heart and the veins.

They function to prevent the back flow of blood.

They do so by ensuring the continuous flow of blood in one direction.

If the valves are not functioning properly it may lead to various effects such as swollen veins due to the back flow of blood which may lead to the pooling of blood in the extremities.

The answer is C. swollen veins.

Good luck :)

How are symbiotic relationships similar to and different from predator-prey interactions?

Answers

Both the symbiotic and the predator/prey relationships evolve together. For the symbiotic take the example of the bird on the rhino's back. They are both in the same environment so their relationship evolves (develops) together, helping each other out. The bird gets to eat the bugs on the rhino and the rhino is kept for being infested with bugs. In the predator/prey situation, think about the lion and antelope. The lion is the predator looking for food. The prey is what he eats. Only the fastest and most able-bodied lions are going to get the antelope. In order for the antelope to survive, it must become swifter and better able to conceal itself. The best of both animals will survive thus strengthening their blood lines. The difference between how the pairs evolve is their interaction. Symbiotic help each other; they don't do harm to one another. Predator/prey relationships is the opposite. The lion intends to do harm to the antelope. He needs the antelope for food. 

Answer:

Both the symbiotic and the predator/prey relationships evolve together. For the symbiotic take the example of the bird on the rhino's back. They are both in the same environment so their relationship evolves (develops) together, helping each other out. The bird gets to eat the bugs on the rhino and the rhino is kept for being infested with bugs. In the predator/prey situation, think about the lion and antelope. The lion is the predator looking for food. The prey is what he eats. Only the fastest and most able-bodied lions are going to get the antelope. In order for the antelope to survive, it must become swifter and better able to conceal itself. The best of both animals will survive thus strengthening their blood lines. The difference between how the pairs evolve is their interaction. Symbiotic help each other; they don't do harm to one another. Predator/prey relationships is the opposite. The lion intends to do harm to the antelope. He needs the antelope for food.

Explanation:

A ____________ is a photographic record of light waves where shorter light waves appear bluer.Question 2 options:

Electromagnetic Spectrum

Doppler Effect

Universe

Spectograph

Answers

Answer:

A spectograph

Explanation:

What is heterotroph that consumes the carcasses ofdead animals but does not typically kill them
itself

Answers

Answer:

Detritivores, such as earthworms, feed on dead matter. > ... Scavengers, such as vultures, consume the carcasses of other animals.

Explanation:

Which of the following explains why a probe will hybridize to a target gene but not to any unrelated genes

Answers

ANSWER: C. Complementary base pairing occurs only between the probe and the target gene.

Final answer:

A probe uniquely hybridizes to a specific target gene due to the principle of complementary base pairing, meaning it only binds to the gene with the exact complementary sequence.

Explanation:

A DNA probe will hybridize to a target gene but not to any unrelated genes because each probe is uniquely matched to a specific target gene sequence. This process takes advantage of the principle of complementary base pairing, where adenine pairs with thymine and cytosine pairs with guanine in DNA sequences. Hence, the probe, which is a short synthetic DNA sequence, will only bind with, or 'hybridize' to, the target gene that has the complementary sequence. For instance, if the probe sequence is AATGC, it will bind to the gene sequence TTACG but not to any unrelated genes with different sequences.

Learn more about DNA probe here:

brainly.com/question/31543043

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How does the color of light affect the rate of photosynthesis

Answers

The color of light absorbed by photosynthetic pigment determines how effective photosynthesis will be.

PHOTOSYNTHESIS:

  • Photosynthesis is the process by which green plants obtain their food using energy from sunlight.

  • Photosynthesis occurs in the chloroplast of plant cells, which harbors a pigment called CHLOROPHYLL. Chlorophyll is the main photosynthetic pigment in plants and it absorbs light best at red and blue region.

  • This means that when chlorophyll absorbs light at these two regions, photosynthetic rate is boosted and vice versa.

Learn more about photosynthetic rate at: brainly.com/question/9627754?referrer=searchResults
Certain wavelengths of light supply the correct energy for photosynthesis to occur. Reddish and bluish light is absorbed best by chlorophyll, and promotes photosynthesis; green light is absorbed the least (which is why chlorophyll looks green to us), and slows photosynthesis down. So, it is best to use red or blue light when growing plants.
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