in the situation show below, what is the wet-bulb depression? 0.0°C 4.0°C 22.0°C 26.0°C

Answer:

~chloroplasts~

Explanation:

Answer:

chloroplasts

Explanation:

Chloroplasts are organelles that conduct photosynthesis in plant cells, where the photosynthetic pigment chlorophyll captures the energy from sunlight, converts it, and stores it in the energy-storage molecules ATP and NADPH while freeing oxygen from water in plant and algal cells.

Answer: I think it’s A

Explanation:

Answer:

The object is considered to be neutral

Explanation:

Answer:

1. 7, the hawk eats the largest variety of organisms. We know this because the hawk has the most arrows pointing TOWARDS it.

2. 8, the mouse is an omnivore. It eats both plants (grass) and animals (caterpillars).

3. 2, the caterpillar.

4. 9, the bobcat.

5. 1, the snake.

Answer:

Not sure but the lizard is probably an omnivore

Explanation:

Answer:

Carbon dioxide from the burning of fossil fuels accumulates in the atmosphere, where it causes global warming. But it also affects our oceans. As carbon dioxide enters the ocean, it reacts with sea water to form carbonic acid. ... Changes in ocean acidity are undeniably linked to human activities.

Explanation:

Answer:

control group

Explanation:

Answer:

b and d

Explanation:

In the food chain, consumers are organisms that feed on other organisms. Primary consumers, like rabbits, eat producers such as plants whereas tertiary consumers, such as eagles, eat secondary consumers. The letters assigned to these consumers would depend on their placement in an example food chain.

In a food chain, consumers are organisms that eat other organisms. The primary consumer is at the second level of the food chain, and they predominantly eat producers, such as plants and algae. For example, rabbits eating grass. Corresponding to the letters, if grass is represented by a letter A and rabbits by B, then letter B would represent the primary consumer. The tertiary consumer is usually at the fourth level of the food chain, they are typically carnivores that eat secondary consumers. For instance, if we have snakes that eat rabbits and eagles that eat snakes, the eagle would be the tertiary consumer. Hence, if eagles are represented by the letter D, then that letter D would represent the tertiary consumer.

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Answer:

A. Carries copies of instructions to make proteins from the DNA to the rest of the cell.

Explanation:

Messenger RNA (mRNA), molecule in cells that carries codes from the DNA in the nucleus to the sites of protein synthesis in the cytoplasm (the ribosomes).

Answer:

Haha jokester and the answer is A

Explanation:

Answer:

c

Explanation:

Birds are endotherms, so the statement accurately describes that birds can maintain a consistent body temperature, which is the third option, as endotherms maintain a consistent body temperature.

Birds are endothermic, which means they can maintain their body temperature without being affected by the external effects of the climate, and as they require a large amount of energy for flying, this allows them to generate the necessary heat to power their flight muscles. Maintaining a constant internal body temperature is necessary for many physiological processes such as digestion, respiration, hemostasis, etc.

Hence, birds are endotherms, so the statement accurately describes that birds can maintain a consistent body temperature, which is the third option, as endotherms maintain a consistent body temperature.

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If a homozygous hairy plant (HH) is crossed with a heterozygous hairy plant (Hh), all of the offspring will be heterozygous hairy (Hh). This means that 100% of the tomato plant offspring will have hairy stems.

In genetics, the term "homozygous" refers to an individual that has two copies of the same allele for a particular trait. For example, if an individual has two copies of the allele for brown eyes (BB), they are homozygous for the trait of eye color.

On the other hand, the term "heterozygous" refers to an individual that has two different alleles for a particular trait. For example, if an individual has one allele for brown eyes (B) and one allele for blue eyes (b), they are heterozygous for the trait of eye color.

An individual's genotype, or the specific alleles they possess, can determine their phenotype, or the physical characteristics that they exhibit. For example, an individual with a genotype of BB (homozygous for brown eyes) would exhibit the phenotype of brown eyes, while an individual with a genotype of Bb (heterozygous for eye color) might exhibit either brown eyes or blue eyes, depending on the dominance of the alleles they possess.

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Final answer:

When a homozygous hairy tomato plant is crossed with a heterozygous hairy plant, 100% of the offspring will have hairy stems, due to the dominance of the hairy allele.

Explanation:

The question asks: What percent of tomato plant offspring will have hairy stems if a homozygous hairy plant is crossed with a heterozygous hairy plant? Given that hairy stems (H) are dominant over hairless stems (h), the crossing can be denoted as HH (homozygous hairy) x Hh (heterozygous hairy).

This results in the following possible genotypes for their offspring: HH or Hh. Since both HH (homozygous dominant) and Hh (heterozygous) plants will have hairy stems due to the dominance of the H allele, 100% of the offspring will exhibit hairy stems.

Answer:

Move from observing the most specific traits that can divide the organisms to the most obvious traits, offering 2 choices each time

Explanation:

dichotomous key reffers to a tool that give room to the user in determining the identity of items in the natural world. Items can be mammals, fish,wildflowers, mammals and reptiles. The particular key is made up of series of choices that help user to get the name of a particular item correctly. At the end dichotomous keys always bring about two choices in a step.

In dichotomous key the user has to select a choice out which of the two statements that describes the unknown organism best, with the reference of the choice made based of moves to the next set of statements, so at the end the identity of the unknown is clarified.

Therefore, in dichotomous key it move from observing the most specific traits that can divide the organisms to the most obvious traits, offering 2 choices each time

The optimal development of a dichotomous key requires starting with general traits and progressing to specific ones, making two choices available at each step.

The best way to develop a dichotomous key is to move from observing the most obvious traits that can divide the organisms to the most specific traits, offering 2 choices each time. This approach aligns with the principle of maximum parsimony, which suggests selecting the pathway with the fewest major events. By beginning with the most general traits, the dichotomous key can effectively narrow down to more specific characteristics, resulting in a logical and systematic classification or identification of species.

The best way to develop a dichotomous key is to move from observing the most obvious traits that can divide the organisms to the most specific traits, offering 2 choices each time. This approach allows for a systematic and logical progression in identifying and classifying organisms based on their traits. By starting with the most obvious traits, it helps narrow down the options and makes the key more user-friendly.

Answer:

central nervous controls most functions of the body and mind. It consists of two parts: the brain and the spinal cord. The brain is the center of our thoughts, the interpreter of our external environment, and the origin of control over body movement.

Explanation:

.

Answer:

DNA has a double-helix structure because hydrogen bonds hold together the base pairs in the middle. Without hydrogen bonds, DNA would have to exist as a different structure. he major function of DNA is to encode the sequence of amino acid residues in proteins, using the genetic code.

Explanation:

The importance of the hydrogen bonds to the function of a DNA molecule as it holds the complementary strands and is responsible for its structure.

DNA has a double-helix structure. It has two antiparallel strands. Both strands have a sequence of nitrogenous bases that are linked together by hydrogen bonds.

The hydrogen bond holds together the base pairs in the middle. Adenine is always bound with thymine and guanine to cytosine in DNA by hydrogen bonds. In absence of hydrogen bonds, DNA would have to exist as a different structure, not a double helix.

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Bedding. Bedding is often the most obvious feature of a sedimentary rock and consists of lines called bedding planes, which mark the boundaries of different layers of sediment. Most sediments were deposited along a flat surface that was roughly parallel with the depositional surface.

Answer:

b

Explanation:

The salinity of water distinguishes between freshwater and marine biomes: freshwater having less than 1% salt and marine having higher salt concentration.

The characteristic of water that is used to distinguish between a freshwater biome and a marine biome is B) salinity of water. Freshwater biomes, which consist of ponds and lakes, streams and rivers, and wetlands, have a salt concentration of less than 1%. On the other hand, marine biomes, which include oceans, coral reefs, and estuaries, have higher salt concentrations. These differences in salinity are crucial because the organisms adapted to live in these environments have different tolerances for salt levels, influencing the types of life forms found in each biome.

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Answer:

In primary succession newly exposed or newly formed rock is colonized by living things for the first time. and in secondary succession an area that was previously occupied by living things.

Explanation:

Due to incursions of r strategists, there is a rapid increase in diversity in early succession. If a few k strategists dominate the landscape in late succession, biodiversity may begin to decline. Mid succession has the greatest diversity. When secondary succession begins, species diversity decreases.

In biology, succession refers to the order in which plants and animals inhabit a biological community. As one group of plants and animals dies, another group of plants and animals emerges.

Early succession is becoming more diverse as a result of r strategist incursions. In late succession, if a few k strategists dominate the landscape, biodiversity may begin to decline.

Mid succession has the most variety. Species diversity decreases when secondary succession begins.

Early successional habitat was defined as areas with vegetation heights less than 3 meters, mid successional habitat as areas with vegetation heights between 3 and 16 meters, and late successional habitat as areas with vegetation heights greater than 16 meters.

Thus, this can be the primary difference between early succession, mid-succession, and late succession.

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To calculate the change in the rabbit population, the births and immigrants are added, and the deaths and emigrants are subtracted, resulting in an increase of 4 rabbits.

We can calculate the change in population of rabbits by considering births, deaths, immigration, and emigration. The initial population has 40 rabbits. Five rabbits are born, and three rabbits die. Additionally, four rabbits immigrate to and two emigrate from the population. So, the change in population is the sum of the births and immigrants minus the deaths and emigrants.

To calculate the population change: (5 births + 4 immigrants) - (3 deaths + 2 emigrants) = 9 - 5 = 4.

Therefore, the population has increased by 4 rabbits.

Final answer:

The change in rabbit population is an increase of 4 rabbits, after accounting for births, deaths, immigration, and emigration.

Explanation:

To calculate the change in population of rabbits, you need to account for births, deaths, immigration, and emigration.

Initial population: 40 rabbits

Births: +5 rabbits

Deaths: -3 rabbits

Immigration: +4 rabbits

Emigration: -2 rabbits

Now, let's calculate the change:

Add the number of births and immigration: 5 + 4 = 9 rabbits

Subtract the number of deaths and emigration: 3 + 2 = 5 rabbits

Calculate the net change: 9 rabbits (added) - 5 rabbits (removed) = 4 rabbits

The population change is an increase of 4 rabbits.

Answer:

Zygote

Explanation:

Final answer:

The option that is not a metric measure of volume is 'ograms,' as it is not a valid metric system unit. Centimeters cubed and liters are both metric measures of volume.

Explanation:

The student asks which of the following is not a metric measure of volume. The options given are centimeters cubed, ogams, liters, and the amount of water in a baby bottle. The metric measures of volume typically include units like liters, milliliters (mL), and cubic centimeters (cm³). These units are part of the International System of Units (SI units) used for volume measurements.

The correct answer is 'ograms' as this is not a valid measure of volume in the metric system. The option 'amount of water in a baby bottle' could refer to a metric volume if measured in liters or milliliters. Centimeters cubed (cm³) and liters are both standard metric units of volume. A milliliter is equivalent to one cubic centimeter, and thus these measurements can be used interchangeably for liquid volumes.

Final answer:

Crossing two heterozygous individuals for brown and blue eyes yields a genotypic ratio of 1 BB:2 Bb:1 bb and a phenotypic ratio of 3 brown-eyed to 1 blue-eyed offspring.

Explanation:

When crossing two heterozygous individuals for eye color where B represents the dominant allele for brown eyes and b represents the recessive allele for blue eyes, the genotypic ratio is derived from the possible combinations of these alleles. A Punnett square for a heterozygous cross (Bb x Bb) will produce the following genotypes: BB, Bb, Bb, and bb. This results in a genotypic ratio of 1:2:1 (1 BB:2 Bb:1 bb). The phenotypic ratio, which looks at observable traits, will be 3:1 since the dominant brown eye allele will mask the blue eye allele in heterozygous individuals. Therefore, we will get 3 brown-eyed (BB or Bb) to 1 blue-eyed (bb) individuals.

A drastic reduction in the population of the photosynthetic protist zooxanthellae would likely lead to severe disruptions to the ecosystem, including coral bleaching, decreased biodiversity, and a reduction in the quantity of photosynthesis, which would directly affect food chains.

If a hypothetical catastrophic event drastically reduced the population of zooxanthellae, a photosynthetic protist, the most likely result would be a major disruption to its specific ecosystem. Zooxanthellae are symbiotic with coral polyps, providing them with essential nutrients derived from photosynthesis. In return, the coral provides the protist with a protected environment and the compounds necessary for photosynthesis. This symbiosis is particularly critical in nutrient-poor oceanic environments, with zooxanthellae enabling corals to secrete the calcium carbonate skeletons that form reefs.

Consequently, a major population reduction of zooxanthellae could lead to a phenomenon known as coral bleaching, where corals lose their algal pigments and eventually die. This loss would have significant implications for the entire reef ecosystem. Coral reefs, for example, provide shelter and food to a wide variety of marine organisms; therefore, their destruction would negatively impact biodiversity and the stability of oceanic ecosystems.

Moreover, since photosynthetic protists like zooxanthellae are important primary producers, their drastic reduction could significantly diminish the amount of photosynthesis in oceanic ecosystems. This effect on photosynthesis would mean less carbon fixation, which could impact food chains and the availability of organic molecules necessary for life, especially for those species that directly consume protists.

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Answer:

Plankons, fungi, bacteria, lichens etc. are the pioneer species of ecological succession. Pioneer species are hardy species which are the first to colonize previously biodiverse steady-state ecosystems. Some lichens grow on rocks without soil, so may be among the first form of life the example includes bacteria, fungi, and lichens.

Explanation:

Answer:

don’t even know

Explanation:

Answer:

The gizzard is an owl's second stomach. There are no digestive glands in the gizzard, and in birds of prey, it serves as a filter, holding back undigestible items such as bones, fur, teeth, and feathers. Some birds eat grit or small stones to aid with digestion.

Explanation:

The gizzard is an owl's second stomach. There are no digestive glands in the gizzard, and in birds of prey, it serves as a filter, holding back undigestible items such as bones, fur, teeth, and feathers. Some birds eat grit or small stones to aid with digestion.

Answer:

The oceanic zone is subdivided into the epipelagic, mesopelagic, and bathypelagic zones on the basis of amount of light that reaches different depths.

Answer: All continental crust is made of granite.

Explanation:

The earth consists of multiple layers and the lighter particles are found on the upper surface and the heavier particles tend to settle in the base of the earth.

The continental crust is layer of earth which is composed of igneous, metamorphic and sedimentary rocks they usually forms the continents and the areas of the shallow seabed.

This area is base and usually consists of the heavier particles which is usually made of granite. It also contains volcanic lava and rock called basalt. Basalt and granite are heavier particles so they make continental crust.

Answer: I think it’s b

Correct me if I am wrong

In humans, the protein CFTR regulates the components of sweat, digestive fluid and mucus. Humans normally have a normal form of CFTR protein.

Mutated form of CFTR protein is harmful. Individuals who inherit the mutated form of the gene usually develop serious health problems.

The cystic fibrosis transmembrane conductance regulator (CFTR) protein is an ion channel protein.

CFTR regulates balance of sodium chloride and water in body surfaces like lungs.

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A large rock breaks down into sediment (Erosion), The water transports and deposits the sediments (Erosion)

Sediment is a general term that refers to any material which is present in a loose, unconsolidated form and is made up of particles of rock or mineral fragments. It is typically found in rivers, lakes, seas, and oceans, and can range from silt and sand, to gravel and pebbles, clay, and even organic material like bones and shells. Sediment can be created by weathering, erosion, and transport of materials from their source. It can also form through chemical precipitation and biogenic processes. Sediment is important in the environment as it helps to protect the aquatic species by providing a safe habitat, and it is also used as a reservoir for nutrients that can be used by other organisms.

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Final answer:

The two steps that involve erosion are when 1. A large rock breaks down into sediment and when 2. The water transports and deposits the sediments. Erosion encompasses both the breakdown and transportation processes.

Explanation:

The two steps that involve erosion in the formation of sedimentary rock at the bottom of a river are:

Erosion is essentially the process where materials are broken down and then transported from their original location. Sediments transported by water, wind, or glacial ice are examples of erosion at work, whereas deposition occurs when these sediments are laid down in new environments, such as the bottom of a river.

Answer:

The three parts of an amino acid are the carboxyl group, the amino group, and the central carbon that contains the R group.

Explanation: