Explain why living things need both glucose and atp

The correct option is 2. If an organism has more specialized cells, its cells Blank Space have their own function.

Specialized cells within an organism are differentiated to perform specific functions crucial for the organism's survival and function. Each type of specialized cell, such as nerve cells, muscle cells, or epithelial cells, has unique structures and functions tailored to their role within the organism.

The other options are incorrect because:

D.Polar caps melt.

Answer:

The correct answer is compound microscope.

Explanation:

The compound microscope is an optical microscope that has more than one objective lens. They are especially used to examine transparent objects, or cut into sheets so thin that they are transparent. It is also used to increase or enlarge the images of objects and organisms not visible to the naked eye, this is achieved through two optical systems (which are each made with one or more lenses) and these act consecutively achieving its mission of expanding or increase the images of organism and objects observed.

The common compound microscope is made up of three systems: The mechanical system is made up of a series of pieces in which the lenses that allow movement for focusing are installed. The optical system comprises a set of lenses arranged in such a way that it produces the increase of the images that are observed through them. The lighting system comprises the parts of the microscope that reflect, transmit and regulate the amount of light necessary to perform the observation through the microscope.

structures built to protect beaches

the answer for grad-point

Final answer:

Breakwaters, sea walls, and groins are 'hard' coastal engineering structures that protect the coast and manage sediment movement, with breakwaters acting as barriers against waves, and groins trapping sand to prevent erosion from longshore drift.

Explanation:

Breakwaters, sea walls, and groins are all examples of structures designed to protect the coast or control sediment movement. Breakwaters are often constructed parallel to the shore and are similar to natural barrier islands in that they protect the shoreline from aggressive wave action. They can cause sediment to accumulate behind them, leading to changes in the coastline. Groins, on the other hand, are built perpendicular to the shore and extend out from the beach, primarily aimed at preventing longshore drift from eroding the beach by trapping sand. Additionally, these structures can be grouped as 'hard' coastal engineering measures because they are inflexible structures that interact with coastal processes to reduce erosion, control sediment transport, and sometimes support navigation and coastal development.

Final answer:

Mutations in the RT enzyme can confer drug resistance by modifying the enzyme's structure, hindering drug binding, or altering enzyme affinity for the drug. Physical barriers can also prevent drug penetration, while biochemical changes may enable the enzyme to degrade the drug, rendering it ineffective.

Explanation:

Mutations can lead to drug resistance in the reverse transcriptase (RT) enzyme through several mechanisms, including enzymatic modification of the drug, modification of the antimicrobial target, and prevention of drug penetration or accumulation. For RT inhibitors, mutations in the viral enzyme can alter its structure in such a way that the drug no longer binds effectively, thereby rendering the drug ineffective. This biochemical alteration can result from a direct change in the amino acid sequence of the enzyme that affects its active site or the overall conformation. Moreover, if the RT enzyme undergoes mutation that results in an altered affinity for the antiretroviral drugs, this can also lead to the development of resistance.

Physical changes in the viral envelope can impede drug penetration, preventing the drug from reaching effective concentrations within the viral cell. In the context of molecular changes, mutations in the viral genome can lead to structural changes in the target enzyme that prevent drug binding. Additionally, biochemical mechanisms include the possibility of viral enzymes evolving to degrade the drug, similar to how bacterial enzymes such as ß-lactamases break down antibiotics like ß-lactams.

These resistance mechanisms highlight the complexity and challenge of developing treatments for viral infections such as HIV, where the RT enzyme is a key target. The propensity for rapid mutation and evolution in the viral genome necessitates the use of combination drug therapies to minimize the development of drug-resistant strains.

The correct expression to calculate the frequency of heterozygous chickens with dominant allele frequency of 0.70 and recessive allele frequency of 0.30 is 2 x (0.70) x (0.30), which corresponds to Hardy-Weinberg principle expression 2pq.

To calculate the frequency of individuals that are heterozygous in a particular population of chickens with a frequency for the dominant allele (A) as 0.70 and a frequency for the recessive allele (a) as 0.30, we use the Hardy-Weinberg principle for a gene with two alleles. According to this principle, if p represents the dominant allele frequency and q represents the recessive allele frequency, then the expression for heterozygous individuals is 2pq. Thus the correct expression to calculate the frequency of heterozygous individuals is 2 x (0.70) x (0.30), which corresponds to option C.

We can see this application in examples of other populations mentioned, for instance, a gene pool with allele frequencies of 0.6 for R and 0.4 for r demonstrates that a heterozygous frequency can be calculated using 2pq. In this example, the frequency of heterozygous individuals (Rr) would be 2(0.6)(0.4), which also applies to our chicken population problem.

True I have researched that they do not have any fossil record

If your on plato its Eukaryotic DNA is much larger and replication at multiple origins helps reduce the time required for whole genomes to replicate

The replication origin also known as the origin of replication is a specific sequence in a genome at which the process of replication begins. The prokaryotic chromosomes exhibit one origin of replication, while the eukaryotic chromosomes exhibit multiple origins or replication.  

This is mainly because the eukaryotic chromosomes are much bigger, therefore, multiple origins are required to replicate the whole chromosome in a short time duration. The prokaryotic chromosomes are small, thus, one origin of replication suffice.  

The sense of touch provides Felicia's brain with information about the pain she feels when smacking her thumb with a hammer while building a doghouse.

The sense of touch provides Felicia's brain with information about the pain she feels when smacking her thumb with a hammer while building a doghouse. The pain receptor cells in her thumb send electrical signals to her brain, which interprets these signals as the sensation of pain.

https://brainly.com/question/33710813

#SPJ12

Answer:

Living organisms use energy released by respiration for their life functions. There are two types of respiration - aerobic respiration and anaerobic respiration. Two of these processes are different due to following reasons:

1. Requirement of oxygen: Aerobic respiration requires oxygen to breakdown glucose. Anaerobic respiration does not requires oxygen to breakdown glucose.

2. Breakdown of glucose: In aerobic respiration glucose is broken down completely into byproducts whereas, in anaerobic respiration glucose is not broken down completely.

3. End products: In aerobic respiration the byproducts are carbon dioxide and water whereas in anaerobic respiration in animals : lactic acids and in plants and yeast: carbon dioxide and ethanol.

4. Amount of energy production: In aerobic respiration, the energy released is in large amount due to complete breakdown of glucose whereas, in anaerobic respiration the energy is less due to incomplete glucose breakdown. Aerobic respiration produces 36-38 ATP molecules whereas, anaerobic respiration produces 2-36 ATP molecules.

5. Reaction site: In aerobic respiration, the reaction site is mitochondria or cytoplasm and in anaerobic respiration, the reaction site is only cytoplasm.  

According to Watson and Crick, in double stranded helical DNA the bases are hydrogen bonded in the following order:

adenine (A) base pairs with thymine (T) through two hydrogen bonds

Guanine (G) base pairs with Cytosine (C) through three hydrogen bonds.

So, if we have a DNA sequence of GGCCGGCTACCA, its corresponding daughter strand will have following sequence i.e., CCGGCCGATGGT

The five proteins of the myofilaments are the following:

1.  Myosin, shaped like a golf club, with two polypeptides intertwined to form a shaftlike tail and a double globular head, or cross-bridge, projecting from it at an angle.

2. Fibrous actin is like a bead necklace—a string of subunits called globular (G) actin. Each G actin has an active site that can bind to the head of a myosin molecule.

3. Tropomyosin. It blocks the active sites of six or seven G actins and prevents myosin cross-bridges from binding to them when a muscle fiber is relaxed.

4. Troponin a smaller calcium-binding protein bound to each tropomyosin molecule.

5. Titin (connectin), run through the core of a thick filament, emerge from the end of it, and connect it to a structure called the Z disc.

The five proteins of the myofilaments in muscle fibers are actin, myosin, tropomyosin, troponin, and alpha-actinin. Actin is the main component of thin filaments, while myosin is the main component of thick filaments. Tropomyosin blocks the binding sites on actin, troponin regulates the interaction between actin and myosin, and alpha-actinin attaches thin filaments to the Z disc.

The myofilaments in muscle fibers are composed of various proteins. The five proteins of the myofilaments are:

Limiting factors, which can be either abiotic or biotic, constrain the growth, abundance, or distribution of a population in an ecosystem. Examples include the availability of food, light, water, or soil nutrients. These factors also shape the carrying capacity of an environment for a species, potentially leading to environmental damage and population crash if exceeded.

In biological terms, a limiting factor is an environmental condition that limits the growth, abundance, or distribution of a population of organisms in an ecosystem. This concept can be applied to all populations, including animals, plants, bacteria, and mushrooms. Limiting factors can be either abiotic, such as availability of water, light, temperature, or soil nutrients, or biotic, like food availability, predation, or disease outbreak.

For example, the availability of food is often a limiting factor. If there is not enough food to support growth, the population will not increase and may even decrease. Similarly, an insufficiency of light or water can limit plant growth, putting a cap on the population size.

Limiting factors determine the carrying capacity of an environment for a species, which is the maximum number of individuals of that species the environment can sustain indefinitely. When populations exceed their carrying capacity, they can damage their environment, which in turn can lead to a population crash or a sharp decline in the size of the population.

https://brainly.com/question/33964780

#SPJ6

its is c i just did it in ed

Answer : The correct option is, They are compounds made of the same two elements, but each contain different numbers of atoms.

Explanation :

The methane and butane is a hydrocarbon in which the carbon and hydrogen are bonded through covalent bond. Methane and butane are the homologous series of alkane.

Methane and butane are the compounds which is made up of the same elements but each of the compound contains different number of atoms.

In methane [tex](CH_4)[/tex], there are 4 number of hydrogen atoms and 1 number of carbon atom.

In butane [tex](C_4H_{10})[/tex], there are 10 number of hydrogen atoms and 4 number of carbon atoms.

Hence, the best statement is, they are compounds made of the same two elements, but each contain different numbers of atoms.

Answer:

d

Explanation:

it just is

Final answer:

The presence of warm ocean water and rising air currents indicates the likely occurrence of hurricanes in the described location.

Explanation:

The weather conditions most likely to occur in a location with warm ocean water and winds carrying air upwards are hurricanes. These conditions are conducive to the formation of tropical cyclones, which can drastically alter the physical and cultural landscape if they reach land. In the North Atlantic Ocean and the Caribbean Sea, this type of weather pattern is called a hurricane. Hurricanes develop over water that is warmer than 80 °F, with rapidly rising humid air that creates strong wind currents, heavy rains, and a cyclonic pattern due to the rotation of the earth.