Taiga is found in all of the following locations except _____________.
a.
Canada
b.
Asia
c.
Europe
d.
North America

answer: asexual reproduction produces genetically identical offspring; sexual reproduction produces genetically different offspring

explanation:

asexual reproduction is when a single organism uses its own DNA as a template to create another organism (through binary fission, fragmentation, budding, etc.) that is genetically identical

sexual reproduction is when two organisms create a combination of DNA (through a mixing of genes during meiosis, reproduction, etc.) to create an organism that is genetically different

Answer:

Enzymes work best and are more efficient at a certain temperature. This is called the 'optimum temperature'. This investigation was carried out at 40° as this temperature allows more collisions among the molecules, thus being the optimum temperature for enzyme activity.

Higher temperatures causes the enzymes to be denatured .

Answer:

B. A plant cell has a well defined shape because it has a cell wall

Explanation:

When you compare an animal cell to a plant cell you can see that a plant cell has a cell wall while and animal cell only has a cell memebrane. The cell walls of the plant help the plant by providing support and keeping it's shape.

The difference between plant and animal cells is plant cell has a well defined shape, because it has a cell wall.

The cell wall surrounds the plasma membrane of plant cells and provides tensile strength and protection against mechanical and osmotic stress.

The main functions of the cell wall are to provide structure, support, and protection for the cell. The cell wall in plants is composed mainly of cellulose and contains three layers in many plants.

The cell wall is composed of a network of cellulose microfibrils and cross-linking glycans embedded in a highly cross-linked matrix of pectin polysaccharides.

Learn more about cell wall:

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Answer:

I would say A

Explanation:

I looked at my ap bio notes

Answer:

A

Explanation:

They make you move

Answer:

The procedure you would follow to identify the three solutions A, B and C by Benedict’s test;

- a brick-red precipitate will be seen, with the glucose solution that is a positive result, separate remaining solutions in boiling water to a high temperature until enzyme will be denatured.

- Mix these heated solution samples with the sample of the other solution;

Allow the solution to react and then carry out Benedict’s test on the two tubes; one will produce the positive result for the benedict test due to the presence of maltose sugar.

Answer:

These are examples of Homologous structures :3

Explanation:

:3

The bones in cats' legs that help them walk are extremely similar to the bones in whales' flippers that help them swim. It exemplifies homologous structures.

These are similar in structure and location but perform different functions. They result in divergent evolution.

These are similar in function but have different origin and structures. They result in convergent evolution.

These structures do not perform any function and are present in a residual form in the body

It is a kind of relationship in which one organism resides inside the body of the other organism.

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Answer: A

Explanation: I think..

Answer:

always point toward the sun

Explanation:

Answer:

are only seen when comets are near the sun

Explanation:

The characteristic "tail" of a comet is only visible when it is close to the sun. The center of a comet is a solid mass, called the nucleus, made of ice, frozen gas, rock, and dust.

Answer:

ya i think

Explanation:

Answer:

blood

Explanation:

use food can help my brain or water can help work my brain use blood

Answer:

use of symbols

Explanation:

A larger brain allows for more intelligence. To use symbols, you need more intelligence

Answer:

tonto amarillo zjjzbzbznxbx

Explanation:

Myxozoans (phylum Myxozoa) are metazoan parasites utilizing invertebrate and (mainly) aquatic vertebrate hosts. They have in common with cnidarians the possession of virtually identical, highly complex organelles, namely the polar capsules in myxozoan spores, serving for attachment to new hosts and the nematocysts in surface epithelia of cnidarians, serving for food capture. Although myxozoan spores are multicellular, the simple trophic body forms of almost all species, reduced to syncytial plasmodia or single cells, reveal no clues to myxozoan ancestry or phylogenetic relationships. The myxozoan genus Buddenbrockia is one of only two known genera belonging to a clade which diverged early in the evolution of the Myxozoa. Today the Myxozoa are represented by two classes, the Myxosporea, containing all the better-known genera, which alternate between fish and annelids, and the Malacosporea, containing Buddenbrockia and Tetracapsuloides, parasitising bryozoans. The latter genus also infects salmonid fish, causing proliferative kidney disease (PKD). The enigmatic Buddenbrockia has retained some of its ancestral features in a body wall of two cell layers and a worm-like shape, maintained by four longitudinally-running muscle blocks, similar to a gutless nematode and suggestive of a bilaterian ancestry. Although some analyses of 18S rDNA sequences tend towards a cnidarian (diploblast) affinity for myxozoans, the majority of these studies place them within, or sister to, the Bilateria. The latter view is supported by their possession of central class Hox genes, so far considered to be synapomorphic for Bilateria. The simple body form is, therefore, an extreme example of simplification due to parasitism. Various hypotheses for the occurrence of identical complex organelles (nematocysts and polar capsules) in diploblast and triploblast phyla are evaluated: common ancestry, convergent evolution, gene transfer and, especially, endosymbiosis. A theory of the evolution of their digenetic life cycles is proposed, with the invertebrate as primary host and secondary acquisition of the vertebrate host serving for asexual population increase.

Answer:

I think the answer is D :)

Answer:

there could have been low production

Answer:

Photosynthesis

Explanation:

Remember it by thinking about the photosynthesis episode of spongebob

Answer:

photosynthesis

Explanation:

i had a test like this

Answer:

whats the question?

Explanation:

i dont see it

Answer:

(C) Innate response.

Explanation:

An organism's innate response is the one that it is born with. Instinct. Something that comes... from within it. :)

Answer:

18th of July

Explanation:

Given that each quarter of a moon phase occurs after seven days, hence, if a 1st quarter moon phase appears on the night of July 4th, the approximate date on which a 3rd quarter moon will appear in the night sky on the 18th of July.

This is because, after the first quarter of a moon phase of July 4th, the second quarter of a moon phase will occur on the 11th of July, while the third quarter will occur on the 18th of July.

Answer:

Monkeys unlike most mammals (besides humans) have imposable thumbs which helps them to climb trees and open nuts and fruits.

Monkeys also have powerful tails which they use to hang on branches and to assist them in balance.

Along with imposable thumbs and strong tails, monkeys have long and flexible legs and arms which makes it easy for them to get around and climb trees.

I hope this helps! :)

Answer:

2 proteins

Explanation:

The protein synthesis occurs in two steps, namely transcription and translation

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Explanation:

The sources of wind, hydro, and fossil fuels all use a turbine. So we can rule out choices B,C, and D.

A turbine is basically a wheel that spins to generate motion energy into electrical energy. Think of it like one of those stationary bicycles and the bike powers up a nearby lamp (the faster you pedal, the brighter the bulb gets). Another example that's similar to a turbine would be those flashlights where you can rotate a crank to have the light come on (which is useful for when the batteries are completely dead). The windmill blades act as a giant turbine that the wind spins around. Hydroelectric turbines are spun by the falling water. Fossil fuels are burned to create very hot steam which then powers a turbine. Even nuclear power uses turbines as well. With fossil fuels and nuclear energy, the idea is to heat up a vat of water and then turn that intensely hot steam into electrical energy through a turbine.

With solar panels however, the electrical energy is converted through a process of sunlight interacting with the solar cells that doesn't require a turbine. This explains why you can use solar panels to power up devices such as phones or laptops without having any moving parts. All you need is  a flat set of solar panels.

There is a slight variation of solar power known as "concentrated solar power", aka "concentrated solar thermal", where solar panels are not used. Instead, a vast array of mirrors are set up to aim the suns rays at a very specific narrow area. Think of it like a magnifying glass to focus the suns rays. The place where the narrow beam hits has a very high temperature. This high temperature heats up water to turn to steam, and the process from here is effectively the same as fossil fuels or nuclear energy. So that means turbines are involved with concentrated solar power. I'm assuming your teacher is specifically referring to solar panels when they mentioned choice A.

Answer:

Roots and stems transport water and minerals to the leaves so that photosynthesis can occur

Explanation:

Answer:

50% from mother 50% from father

Explanation:

Hello kassidyy00, the answer you have is correct. When a baby is consummated it will receive half of its genes from its father and half from its mother. This is due to the 22 chromosome pairings known as “autosomes” each being made up of 2 single stranded DNA segments of equal length.

Hope this helps!

-HM

Answer:

the urinary system is the answer

Answer:

B

Explanation:

B. the urinary system

Answer:

needs more information to answer