what do plant cells have that allows them to do photosynthesis?

Answer:

decompose

Explanation:

Answer:

vacules- to hold waste prodcuts

mitochondrion- creates the chemical energy to power the cell's biochemical reactions

lysosomes- to break down excess or worn out parts of the cells

cell membrane- regulates what enters and exits the cell

Answer:

here's your answer

option c. (small and nonpolar) is correct answer

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Answer:

They do not have any natural predators to kill them.

Answer:

The underlying as- sumption is that larger pollen grains contain more nutrients than smaller ones, at least those that store starch, and this allows their pollen tubes to grow through deep stigmas that can not be traversed by pollen tubes from small pollen grains. Pollen number and duration of stigma receptivity.

Explanation:

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Answer:

it is a component of a multiprotein

Explanation:

it is unkown what this gene does in the body

Animal cells do not undergo photosynthesis. Chloroplasts do not exist in animal cells. Chloroplasts are found in several unicellular eukaryotes, such as Euglena. They have both plant and animal traits.

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Answer:

hydrolysis

Explanation:

Water must be added to break the bonds in a polysaccharide, in order to become disaccharides and eventually monosaccharides.

Polysaccharides are composed of long polymerics of the monomeric sugars joined by linkages. A polysaccharide can be converted into a disaccharide by adding water through hydrolysis.

The hydrolysis reaction is the chemical reaction that involves the breaking of chemical bonds by adding water molecules. The water acts as a nucleophile that eliminates, substitutes, and performs another process to break the bonds.

The polysaccharides are made by linking the monomers of the sugar that can be converted into disaccharides by adding water to the reaction so that it breaks the linkages between the sugar molecules to produce two sugar molecule structures. The large molecules produce smaller molecules.

Therefore, polysaccharides can be converted into disaccharides by adding water.

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Answer:

A crossover happens in the first stage, or division in meiosis.

Explanation:

The crossing over is when the two chromosomes exchange segments with each other. To make sense of it, the parent's two DNA is mixing up to create the baby, so it makes sense to have that the first step, because you would not exist with your parent's DNA.  

Answer:

The primary structure refers to the amino acids in a protein molecule. Changing one of the amino acids can affect whether a protein will form alpha helices or beta sheets during folding. If alpha helices and beta sheets are changed, the interactions between amino acids along the length of the protein will be altered as well, leading to changes in the final 3D structure of a protein experiencing a primary structure change.

Explanation:

a) The secondary structure may be affected, and some secondary structural elements may be lost or altered.

b) The tertiary structure will likely be disrupted or changed, affecting the overall folding and 3D conformation.

Protein primary structure refers to changes in the linear sequence of amino acids that make up the protein chain. Because it dictates amino acid interactions and bonding, the fundamental structure is essential for secondary and tertiary structure creation.

a) Primary structural changes impact secondary structure. Hydrogen bonding between amino acids forms secondary structures like alpha-helices and beta-sheets. These relationships may be interrupted if the basic structure is changed, causing secondary structural components to lose or distort.

b) Primary structural changes can also affect tertiary structure. The protein molecule's 3D tertiary structure is governed by hydrophobic interactions, disulfide bonds, and van der Waals forces. Changes in the fundamental structure may disrupt these connections, leading the protein to misfold or lose its 3D shape.

Any protein primary structure mutation can cascade into higher-order structures, causing loss of function or altered biological activity.

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Answer:

The differences in the biomes are due to differences in the abiotic factors, especially climate. Climate is the typical weather in an area over a long period of time. The climate includes the amount of rainfall and the average temperature in the region. ... Aquatic biomes , which are water-based, such as ponds and lakes.

Answer:

See below.

Explanation:

Other than Carbon Dioxide (CO₂), two carbon compounds found in plants are :-

The Calvin cycle, C3 pathway, or 3-phosphoglycerate photosynthesis are all names for the method by which plants fix carbon. PGA is a 3-carbon molecule.

The reasoning is simple Plants require atmospheric carbon dioxide to make food, and as a result of increased CO2 emissions from industry and autos, some crops and trees will grow bigger and faster.

Carbon is continuously exchanged between plants and the atmosphere. During photosynthesis, plants take up carbon dioxide, much of which is then stored in their roots in grasslands, and forests.

Therefore, Glucose and phosphoglycerate are the two carbon compounds found in plants.

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Answer:

2 types of complex inheritance patterns in genetics are:

-Incomplete Dominance

-Codominance

Explanation:

A few more are:

-Multiple Alleles.

-Polygenic Traits.


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Answer:

TACGAG

Explanation:

The complementary base pair for adenine is thymine and the complementary pair for cytosine is guanine.

Answer:

[C] Archaea

Explanation:

Single-Celled and lack a nucleus = prokaryotic organisms (that is, organisms whose cells lack a defined nucleus)

Most extremophiles are single-celled micro-organisms belonging to two domains of life – bacteria and archaea.

[RevyBreeze]

We have the complete statement to be "In order for our cells to metabolism N2 into 2NH3, a total of  8 ATP's is required"

Generally, The full meaning of the short form ATP is adenosine triphosphate, This is simply an energy-bearing molecule that can be found in the cells of living things.

In conclusion, We see that in the cell of humans, for our cells to metabolism N2 into 2NH3 we tend to use up at least eight  adenosine triphosphate for the process

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Answer:

Dragon fruit, a kind of fruit belonging to Hylocereus spp., has brought about interest in China not only due to its important economic value with high contents of nutrients, but also due to the striking tolerance to drought stress. Fifteen morphological traits and 111 Inter-Simple Sequence Repeat (ISSR) markers generated from 16 primers were firstly employed to discriminate 50 accessions recently selected in China, as well as to evaluate their genetic relatedness. According to univariate statistical analysis of morphological traits, high variations were observed between or/and within the wild and cultivated lines. The dendrogram of 50 accessions was constructed based on morphological traits. Taking 7.50 as a threshold, three major clusters could be observed, i.e. the first included nine genotypes, which mainly belonged to wild accessions; the second clusters standing for the red pulp genotypes; the third consisting of the white pulp accessions. Each ISSR primer generated 4–10 obvious DNA bands ranging from 100 bp to 1500 bp, with the average of 6.9 per primer.

Dragon Fruit is found in Central America, Northern South America and some parts of Mexico.

There are three different  types of Dragon Fruit which are its inherited variations.

Hylocereus undatus or piyata blanca which is pink or red skin having white flesh and black seeds.

Hylocereus costaricensis or piyata roja which is pink or red skin having red flesh and black seeds.

Hylocereus megalanthus or piyata amarilla which has yellow skin, white flesh and black seeds.

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Answer:

B, because logically, Photosynthesis takes sunlight (light energy), water(h20), and carbon dioxide( c02), and converts it into sugars (glucose / carbohydrates), and oxygen(o2). As D would be less necessary because humans and animals are not autotrophs and do not undergo photosynthesis to produce their own food. it is not the most necessary thing to label.

Answer:  No, deserts are found at 30 degrees latitude

Explanation:

Most of the world's deserts are located near 30 degrees north latitude and 30 degrees south latitude, where the heated equatorial air begins to descend. ... As moist air passes over a mountain range, it expands and cools, precipitating most of its moisture as it rises.

Answer:

absorb

Explanation:

Answer:

D.absorb

Explanation:

cuz i said so

Wetlands help slow the process of erosion by trapping sediments. This statement is true.

Wetlands are the areas where the soil contains an excess amount of water in it.

Wetlands generally function as normal sponges and gradually release the water outside in the soil. And due to this excess amount of water, soil gains its properties by trapping sediments that lead to the slow down of the erosion process.

Therefore, Wetlands help slow the process of erosion by trapping sediments.

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Answer:

True!

Explanation:

Answer:

It will help determine the genetic of a offspring.

Explanation:

The food web shows how organisms are interconnected in a feeding relationship and how changes in one organism's population affect other organisms.

A feeding relationship shows how two or more organisms which interact together to obtain food are affected by changes that occur to either of the organisms in the relationship.

An example of a feeding relationship is one between the phytoplankton, the shrimp, the crab, the octopus, and the sea otter.

If the crab population increased, the octopus population will increase due to availability of more food.

The sea otter population will increase if the crab population increased due to increase of individuals in the food chain.

The carrying capacity will decrease if all of the producers in the food web died because their will be no food to support the organisms in the food web.

The total energy availability in the ecosystem will increase if sea urchin shrimp, and baleen whales increase because increase in organisms.

The carrying capacity of octopus in the ecosystem will increase if more shrimp move into the ecosystem.

The carrying capacity of phytoplankton in the ecosystem will decrease if more shrimp move into the ecosystem.

Therefore, a food web shows how organisms are interconnected in a feeding relationship.

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Answer:

Betle or Piper Betle

Explanation:

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Answer:

Oxygen and Selenium

Explanation:

Elements will have similar chemical properties if they have the same amount of valence electrons. Core electrons are not evaluated when comparing chemical properties.

Oxygen (O), Sulfur (S), and Selenium (Se) have 6 valence electrons each. They will have the similar chemical properties.

Answer:

DNA polymerase

Explanation: :)

The enzyme joins nucleotides to synthesize a new two strand of DNA. DNA replication is called proofreads because each new DNA molecule is made up.