An organism is multicellular and lacks a cell wall. Use this table to determine the kingdom in which it belongs. justify your answer.

Alanine can be synthesized by reductive amination of pyruvaldehyde with ammonia, amino acids or an amine in the presence of a reducing agent.

To blend alanine by reductive amination, we would begin with an aldehyde or ketone forerunner and respond it with smelling salts or an amine within the sight of a lessening specialist, for example, sodium cyanoborohydride. For this situation, we will utilize the aldehyde antecedent, pyruvaldehyde.

The design of pyruvaldehyde is as per the following:

         O

         ||

   HC=CHC=O

To incorporate alanine, we would respond pyruvaldehyde with smelling salts or an amine and lessen it utilizing a diminishing specialist. The subsequent compound would be:

         O

         ||

   HC=CH[tex]CH_{2}[/tex][tex]NH_{2}[/tex]

This construction addresses alanine, an amino corrosive with a side chain comprising of a methyl bunch (-[tex]CH_{3}[/tex]) joined to the alpha carbon.

Continuing on toward the subsequent part, the peptide CF would comprise of the amino corrosive cysteine (Cys) trailed by phenylalanine (Phe) in the peptide succession. The design of the peptide CF would be:

      H

      |  |

   [tex]NH_{2}[/tex] C-[tex]CH_{2}[/tex] S-[tex]CH_{2}[/tex]-[tex]C_{6} H_{5}[/tex]

         |

        OH

This construction addresses the peptide CF, where Cys is associated with Phe through a peptide bond. The side chains of cysteine and phenylalanine are likewise shown, with cysteine containing a thiol bunch (-SH) and phenylalanine having a phenyl bunch (-[tex]C_{6} H_{5}[/tex]). The peptide bond is shaped between the carboxyl gathering (-COOH) of Cys and the amino gathering (-[tex]NH_{2}[/tex]) of Phe.

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The complete question is:

Amino acids can be synthesized by reductive amination. Draw the structure of the organic compound that you would use to synthesize alanine. • You do not have to consider stereochemistry. • Draw the molecule with ionizable groups in their uncharged form. • In cases where there is more than one answer, just draw one. Draw the structure for the peptide CF. • You do not have to consider stereochemistry. • You do not have to explicitly draw H atoms. • Do not include lone pairs in your answer. They will not be considered in the grading. • Draw acidic and basic groups in their predominant forms at pH 7.

☁️ Answer ☁️

1. Harbor, They do a lot of damage to harbors.

2. "Tsunamis (as their Japanese name Òharbor waveÓ implies) often reflect back and forth within a harbor, sort of Òsloshing around,Ó like waves in a bathtub. Therefore, perhaps the vertical ÒsquigglesÓ are crests & troughs associated with this tsunami reflection within the harbor."

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Have a nice day noona/hyung.

The microenvironment is the environment surrounding a cell. It includes the extracellular matrix, the other cells in the tissue, and the nutrients and oxygen available to the cell.

One way is by disrupting the cell's ability to maintain homeostasis. Homeostasis is the ability of the cell to maintain a stable internal environment despite changes in the external environment. When the microenvironment is altered, the cell may be unable to maintain homeostasis, leading to damage or death.

Another way that alteration of the microenvironment can lead to toxic effects is by activating stress pathways. Stress pathways are pathways that are activated in response to environmental stressors. When these pathways are activated, they can lead to cell damage or death.

Apoptosis can occur under a number of conditions, including:

Necrosis can occur when cells are exposed to:

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Answer: Two

Explanation: In double-stranded DNA, the molecular double-helix shape is formed by two linear sugar-phosphate backbones that run opposite each other and twist together in a helical shape. The sugar-phosphate backbone is negatively charged and hydrophilic, which allows the DNA backbone to form bonds with water.

One reason why the 21,000 protein encoding genes in the human genome can produce between 200,000 and 1 million different proteins is due to alternative splicing.

The 21,000 protein-encoding genes present in the human genome have the potential to generate between 200,000 and 1 million different proteins, despite the fact that the number of protein-encoding genes is significantly less than the number of proteins produced. Alternative splicing is one mechanism that contributes to the generation of a large number of proteins from a limited number of genes.
Alternative splicing is a process that allows for the creation of multiple different proteins from a single gene. This process occurs when different regions of a gene's RNA molecule are spliced together in different ways, resulting in different protein isoforms. This splicing process may occur in different ways, allowing for a high level of diversity in the resulting proteins.
The generation of different protein isoforms through alternative splicing is made possible by the fact that the human genome contains a large number of regulatory elements that influence gene expression and splicing patterns. Additionally, environmental factors can also contribute to the generation of different protein isoforms by altering the expression of genes or by modifying the splicing process.
Therefore, one reason why the 21,000 protein encoding genes in the human genome can produce between 200,000 and 1 million different proteins is due to alternative splicing.

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Appalachians: Crustal tensional stress and normal faulting

Basin and Range: Crustal tensional stress and normal faulting

Alps: Collision between two continental plates

Explanation to the above given short answers are written below,

The Appalachian Mountains are primarily the result of crustal tensional stress and normal faulting. This mountain range was formed through the rifting and subsequent separation of the North American and African plates, leading to the formation of a divergent boundary.

The tensional stress caused the crust to stretch and fracture, resulting in normal faulting and the uplift of the Appalachian Mountains.

The Basin and Range region is characterized by crustal tensional stress and normal faulting as well. It is located in the western United States and is the result of ongoing extensional forces that have caused the crust to stretch and create a series of mountain ranges and valleys.

This region is known for its fault-block mountains and elongated basins.

The Alps, on the other hand, were formed by the collision between two continental plates: the Eurasian Plate and the African Plate. This collision resulted in intense compression and folding of the Earth's crust, leading to the uplift of the Alps.

The process of convergence between the two plates continues today, causing ongoing mountain building and uplift in the region.

It's important to note that volcanic activity and continued uplift due to isostasy are not associated with the Appalachians, Basin and Range, or the Alps. Volcanic activity is more commonly associated with other mountain ranges such as the Andes or the Cascade Range.

Isostasy refers to the balance of buoyancy between Earth's lithosphere and asthenosphere and does not directly relate to ongoing mountain building processes.

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Answer:

A

Explanation:

A is at the top therefore would be most affected by the weathering

Answer:

It's B Ovary

Explanation:

sorry if im wrong

Answer:

ovary because it is an reproductive system in highlighted below

Answer:

search up the question and you find lots of accurate results

Energy is required for a variety of vital biological and cellular functions, including ATP hydrolysis. These include active transport, Purinergic signaling, synaptic signaling, intracellular signaling, DNA and RNA synthesis, and muscular contraction.

The fundamental units of all living things are cells. There are many billions of cells in a human body. They provide the body structure, absorb nutrients from meals, turn those nutrients into energy, and perform certain tasks.

Adenosine triphosphate molecules directly provide the energy needed for cellular functions (ATP). One adenosine molecule and three phosphate groups, or Pi for short, make up ATP. The chemical energy that is stored in each ATP molecule is not very large. By dissolving ATP into adenosine diphosphate (ADP) and a phosphate group, this energy may be released.

The energy process include active transport, Purinergic signaling, synaptic signaling, intracellular signaling, DNA and RNA synthesis, and muscular contraction.

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Answer:

yeast

Explanation:

yeast are another group of fungi important for both food and beverage fermentation the process that converts sugars into alcohol and carbon dioxide

Answer:

A unicellular organisms depends upon its one cell for all the functions and survival of the organism. It has all the important characteristics that is necessary for its survival.

Explanation:

A unicellular organism is one which contains only one cell. And so all the life processes occurs in that one particular cell in an unicellular organism. A n unicellular organism is also called as the single cell organism.

The unicellular organisms uses cilia as well as the flagella to achieve locomotion by creating currents around and move about places. The take up nutrients by diffusion process. They reproduce asexually and produce their offspring.

Answer: the bog will become less productive

Explanation:

Answer:

D. The bog will become less productive.

Explanation:

I got this answer correct in the ape x 3.1.2 quiz in late May 2021. Good luck copying my answer! (It's right.)

Answer:

Anaerobic respiration in plants produces ethanol (C2H5OH) whose accumulation may kill the plant, whereas in animals anaerobic respiration produces lactic acid (CH3CH(OH)COOH) that however cannot cause death of animal but lead to minor muscle cramps, but they can be cured with hot water bath or a massage.

Answer:

- The Green Sea Slug

- Pea Aphids

True. The SIRT3 protein has indeed been reported to increase the growth of certain types of cancer cells. Researchers studying the metabolism and development of stomach cancer cells have investigated the role of SIRT3 in cancer progression.

SIRT3 is a member of the sirtuin family of proteins, which are involved in regulating cellular processes such as metabolism, DNA repair, and cell survival. SIRT3, specifically, is found predominantly in mitochondria and is known for its role in regulating cellular energy metabolism. In the context of cancer, studies have shown that elevated levels of SIRT3 can promote the growth and survival of cancer cells. It has been implicated in various types of cancer, including stomach cancer. Researchers have investigated the molecular mechanisms by which SIRT3 promotes cancer cell growth, including its involvement in metabolic reprogramming and resistance to cell death. By understanding the role of SIRT3 in cancer development, researchers hope to identify potential therapeutic targets and develop strategies to inhibit its activity. This could potentially lead to the development of novel treatments for cancers, including stomach cancer, that are dependent on SIRT3-mediated pathways for their growth and survival.

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The mitigation cost for Daniel to use this system instead of using grid electricity is $656 per ton of CO2.

Part 1: The given data is

Initial Cost,

I = $10

Individual capital charge factor,

i = 0.15

Annual usage of 11 Watt-hour smartphone battery = 365 / 5 = 73

We can calculate the lifetime of the solar cell phone charger,

n = 1 / 365 = 0.00274 years

Levelized Cost of electricity, L = I × i × (1 + i)n/((1 + i)n - 1)

Put the given data, we get,

L = 10 × 0.15 × (1 + 0.15)-0.00274 / ((1 + 0.15)-0.00274 - 1)

= $0.048/kWh

Therefore, the levelized cost of electricity from this system is $0.048/kWh.

Part 2: The given data is

The cost of grid electricity,

G = $0.20/kWh

The CO2 emissions per kWh of grid electricity,

E = 0.5 kg CO₂e per kWh

Let's calculate the cost of electricity from the solar cell phone charger,

ES = L × 11 WhES = 0.048 × 11 Wh

= $0.528

Now we can calculate the mitigation cost.

Mitigation Cost = (ES – G) × (1000 / E)

Put the values, we get

Mitigation Cost = (0.528 – 0.2) × (1000 / 0.5)= $656

Therefore, the mitigation cost for Daniel to use this system instead of using grid electricity is $656 per ton of CO2.

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When rotating a Fischer projection, if you hold one substituent constant and rotate around the other three, the stereochemistry will be inverted.

Fischer projection is a structural formula that helps in representing three-dimensional molecules on a planar surface. It is useful for visualizing enantiomers. The rotation of Fischer projection causes the inversion of the stereochemistry of the molecule that leads to the interchanging of the groups present on each side of the molecule.

This can be demonstrated with the following example: Let's say that we have a molecule with 4 substituents on a carbon atom. In Fischer projection, it would look like the following: Let's rotate the molecule 90 degrees to the left without interchanging the position of the substituents.

The result will be as follows: Now if we compare the two structures, we can see that the molecule is inverted. Therefore, if we hold one substituent constant and rotate around the other three, the stereochemistry will be inverted.

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Out of the given options b.[tex]h2po4[/tex] is an amphiprotic

Amphiprotic entities are molecules or ions that, depending on the situation, can either give or take a proton. A material that can take and give a proton (H+ ion) is said to be amphiprotic. The dihydrogen phosphate ion, or [tex]h2po4-[/tex], is one of the available possibilities and is amphiprotic because it has the ability to function as both an acid and a base.

The phosphate ion ([tex]po3-4[/tex]) can be created when the dihydrogen phosphate ion contributes a proton. It serves as a basis in this instance. Phosphoric acid ([tex]h3po4[/tex]) can be created when the dihydrogen phosphate ion takes a proton. It serves as an acid in this situation.

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Complete Question:

which of the following is amphiprotic? select the correct answer below:

a. hs−

b. h2po4

c. po3−

d. 4 cn−

The process for regeneration of nerve fibers include formation, extension, guidance, synaptogenesis, recovery.

The following are involved in the regeneration of nerve fibers:

1: The formation of the growth cone- The leading edge of a growing axon during neuronal development or regeneration is called the growth cone. The growth cone has the ability to sense its surrounding environment, as well as a motile structure, allowing it to move in response to environmental cues.

2: Extension of Axon- Once the growth cone has been formed, the axon can start extending through it. The growth cone moves by a series of cyclic steps that involve extension, attachment, and retraction, all of which are under the control of various molecules.

3: Directional Guidance- Once the growth cone is extended, the nerve fiber should now be guided to its target area. Growth cones are guided in different directions by a variety of guidance cues, such as cell adhesion molecules, neurotrophic factors, and semaphorins.

4: Synaptogenesis - When the nerve fiber reaches its destination, it will need to make contact with other cells, which will be accomplished via synapse formation. Synaptogenesis allows neurons to communicate with each other, and it is a critical component of nervous system function.

5: Functional Recovery- The final phase is functional recovery, where the axon reestablishes its connection with the target cell and resumes the function it was intended to carry out before being damaged.

Regeneration of nerve fibers is a complex process that depends on numerous factors, including the location of the injury, the nature of the injury, the age of the patient, and various other factors. It's also worth noting that, in some cases, nerve regeneration may not be possible at all.

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Answer:

Prophase

- Mitosis begins with prophase, during which chromosomes recruit condensin and begin to undergo a condensation process

Metaphase

- Next, chromosomes assume their most compacted state during metaphase, when the centromeres of all the cell's chromosomes line up at the equator of the spindle

Anaphase

- The progression of cells from metaphase into anaphase is marked by the abrupt separation of sister chromatids. Two separate classes of movements occur during anaphase. During the first part of anaphase, the kinetochore microtubules shorten, and the chromosomes move toward the spindle poles. During the second part of anaphase, the spindle poles separate as the non-kinetochore microtubules move past each other

Answer:

the 3 stages are: Interphase, Mitosis, Cytokinesis

Explanation:

Interphase is the phase of the cell cycle in which a typical cell spends most of its life. Interphase is the 'daily living' or metabolic phase of the cell, in which the cell obtains nutrients and metabolizes them, grows, replicates its DNA in preparation for mitosis, and conducts other "normal" cell functions.

Mitosis: a type of cell division that results in two daughter cells each having the same number and kind of chromosomes as the parent nucleus, typical of ordinary tissue growth.

Cytokinesis: The cytoplasmic division of a cell at the end of mitosis or meiosis, bringing about the separation into two daughter cells.

Answer:

Basal Ganglia

Explanation:

The Basal ganglia function is to regulate the voluntary movements or autonomic movement. This is done by receiving and transmission of impulses. Impulses are received for upcoming movement from the cerebral cortex and then process and adjust from where it is convey to the thalamus which then relays this information back to the cortex. The well defined movement instruction is finally sent to the skeletal muscles through the tracts of the pyramidal motor system. It also function in planning and modulation of movement, memory and eye movement.

There are five types of basal ganglia corpus striatum, claustrum, amygdala, substantia nigra and subthalamic sails which all function together.

the main human activity is air pollution

Answer:

D. Both plant and animal cells

Explanation:

The explanation is that animal and plant cells are eukaryotic cells which means they have a nucleus which contains and protects the genetic material. Bacteria is a prokaryotic cell which means it does have genetic material but doesn't have a nucleus.