Explain why atmospheric concentrations of carbon dioxide are expected to increase in the future.
The atmospheric concentrations of carbon dioxide are expected to increase in the future because of increasing numbers of vehicles as well as industrial area.
How automobiles and industries affect the atmospheric concentrations of carbon dioxide ?All the industries, automobiles and other sources of carbon , releases large amount of carbon dioxide which further accumulate to increases the concentration of CO2 in the atmosphere.
Enhanced carbon concentration in the atmosphere restricts the escape of heat from the earth (Green house effect) thereby increasing the temperature of earth. Thus, first the carbon dioxides is released, then its concentration increases and lastly the global temperature rises.
Thus, increasing numbers of vehicles as well as of industrial area is the main concern.
To learn more about atmospheric concentrations click here:
https://brainly.com/question/3647219
#SPJ2
At a minimum, what structures or components must a cell contain to be alive
Cell is defined as the structural and functional unit of the life. The cells are smallest living entity, which consists of several organelles. The plasma membrane, cytoplasm, genetic material, and ribosomes are some of the organelles required for a cell to survive.
The cells can be prokaryotic or eukaryotic. These cells differ on the structural integrity and composition of the cell. However, the organelles minimally required for a cell to survive are:
1. Plasma membrane
2. Ribosomes
3. Cytoplasm
4. Genetic material
Therefore, the cells can be unicellular or multicellular. The survival of cell depends on minimum four cell organelles, which are cell membrane, genetic material, cytoplasm, and ribosomes.
To know more about cell organelles, refer to the following link:
https://brainly.com/question/22104173?referrer=searchResults
You place a drop of a solution on red litmus paper. No color change occurs. What do you conclude?
The process that removes metabolic waste products from an organism is known as
The process that removes metabolic waste from an organism is called excretion. In humans, the kidneys play a crucial role in this process while other organisms have their unique systems like vacuoles, flame cells, and Malpighian tubules. These systems essentially maintain a balanced internal environment by expelling metabolic waste, such as ammonia, urea and uric acid.
Explanation:The process that removes metabolic waste products from an organism is known as excretion. The human body has a complex system, which primarily involves the kidneys, to filter waste from the bloodstream and excrete it in the form of urine. On the other hand, succinct organisms and invertebrates utilize more simplistic systems, such as vacuoles, flame cells, and Malpighian tubules.
Microorganisms use contractile vacuoles, while flame cells and nephridia are used by worms for waste excretion and osmotic balance. Insects have evolved Malpighian tubules for the same purpose. These systems remove metabolic wastes and other substances from the body, maintaining a balanced internal environment.
The waste product of the metabolism of nitrogen-containing compounds, such as proteins and nucleic acids, is ammonia. Aquatic animals easily excrete ammonia into their surroundings, but terrestrial animals have evolved special mechanisms for removing this toxin. For vertebrate animals, urea is the primary byproduct of ammonia metabolism, while birds, terrestrial arthropods, and reptiles primarily produce uric acid.
Learn more about Excretion here:https://brainly.com/question/32470286
#SPJ12
When caring for an individual with anorexia nervosa, the most important nursing intervention is to:?
The nurse should give proper nutrition to the patient. She should provide intervention. Normalizing the eating and exercise habits.
What is anorexia nervosa?Anorexia is an eating disorder in which you feel compelled to maintain a low weight.
Anorexia causes you to believe you're obese when you're actually healthy or underweight, as well as eating very little or missing meals.
Talking therapies, like as cognitive behavioral therapy, are commonly used to treat anorexia (CBT).
Thus, The nurse should ensure that the patient is properly nourished. She should step in and help. Creating a routine for eating and exercising.
Learn more about anorexia nervosa, here:
https://brainly.com/question/2681827
Factors that cause the demand curve for bonds to shift to the left include
a.a decrease in the inflation rate. 4) _______
b.an increase in the liquidity of stocks.
c.an increase in the volatility of stock prices.
d.all of the above.
e.only a and b of the above
Factors that cause the demand curve for bonds to shift to the left include an increase in the liquidity of stocks, an increase in the volatility of stock prices, and a decrease in the inflation rate. The correct option is d.
What is demand curve?The relationship between the cost of an item or service and the quantity demanded over a specific time period is represented graphically by the demand curve.
Individual demand curves and market demand curves are the two forms of demand curves. A graphic depiction of the demand timetable is shown.
It can be produced by graphing the price and amount demanded. In a demand curve, the amount desired is shown on the graph's X-axis and the price is shown on the Y-axis.
An rise in the liquidity of stocks, an increase in the volatility of stock prices, and a decline in the inflation rate are all factors that drive the demand curve for bonds to slant to the left.
Thus, the correct option is d.
For more details regarding demand curve, visit:
https://brainly.com/question/13131242
#SPJ2
What is the main component of the thin filaments in muscle fibers and is responsible for muscle contraction?
Answer:
Actin Protein
Explanation:
Protein named “Actin” is the main component of thin filament in muscles. There are some other proteins such as troponin and tropomyosin that forms the thin filament. However, actin plays an important role in the contraction of muscles as each actin molecule consists of single myosin binding site. All actin molecules join together to form a chain twisted into helix configuration which is very essential for the contraction mechanism in muscles.
Areas of land covered with water for at least part of the year are called
Name three specific disorders or effects on human health from bpa
List the major subdivisions for each of the four types of carbon or organic compounds within living organisms.
How is the production of mercury from burning coal an environmental hazard?
Answer:its b
Explanation:
For daily water consumption, many experts recommend drinking ____________ of your body weight in ounces.
________ is the five-carbon sugar found in DNA.
Answer:
Deoxyribose is the five -carbon sugar found in DNA.
Explanation:
The molecule of DNA is composed of nucleotides. The nucleotides are units composed by a phosphate group, a nitrogenous base and a molecule of the carbohydrate deoxyribose.
The deoxyribose is a pentose sugar. Four carbon atoms and a single atom of oxygen form a five membered ring. The other carbon atom is outside the ring and forms a part of a CH2 group.
It contains a five carbon carbohydrate ring bound to the phosphate group, on its other side, the deoxyribose is bonded to a nitrogenous based: Adenine, Thymine, Cytosine or Guanine.
Why must the astrolabe be lined up with north?
to measure altitude
to measure azimuth
to locate Polaris
to level the instrument
When compared to generation x, members of generation y are most likely to influence?
According to friedrich, when food and fluid intake is poor, starvation occurs before dehydration
The statement of Liz Friedrich is verified by evidence from research of a physiologic adaptation, during the vanishing development, the famine that averts any uneasiness as a outcome of the absence of food. Dehydration may result to hemoconcentration and hyperosmolality, with consequent azotemia, hypernatremia, and hypercalcemia. These metabolic fluctuations may create a soothing effect on the brain before passing away.
Why do you think that the catalase protein has persisted over time in so many organisms?
Final answer:
Catalase has persisted over time in many organisms because it enables them to detoxify hydrogen peroxide, protecting cells from oxidative damage. This enzyme's widespread presence across species emphasizes its critical role in cellular defense and metabolism, underlining the evolutionary advantage it provides in managing reactive oxygen species.
Explanation:
The catalase protein has persisted over time in many organisms due to its essential role in protecting cells from the harmful effects of hydrogen peroxide, a byproduct of various metabolic processes. Catalase converts hydrogen peroxide into water and oxygen, thereby preventing potential damage to cells. This enzyme is not only involved in detoxifying hydrogen peroxide but also has the capability to oxidize a wide range of organic compounds, albeit at a much lower efficiency. The persistence of catalase can be attributed to its evolutionary advantage, allowing organisms to thrive in oxygen-rich environments. Furthermore, the enzyme's presence across numerous organisms highlights its fundamental role in cellular protection and metabolism. Despite the varying levels of catalase in different species, its existence is a testament to the evolutionary pressures favoring organisms capable of managing reactive oxygen species effectively.
It's also interesting to note that organisms have developed additional mechanisms, such as peroxiredoxins, to cope with lower levels of catalase, indicating a complex interplay of evolutionary adaptations aimed at ensuring survival in reactive oxygen species-rich environments. The persistence and evolution of catalase across diverse species underscore its critical role in cellular defense against oxidative damage.
The drug interleukin-2 is an example of which type of iological response modifier
Relative to semantic encoding, organizational encoding shows more activation of the upper left _____ lobe.
The upper left prefrontal lobe shows more activation in organizational encoding compared to semantic encoding.
Explanation:The upper left prefrontal lobe shows more activation in organizational encoding compared to semantic encoding. The prefrontal lobe, specifically the left inferior prefrontal cortex, is responsible for executive functions and higher cognitive processes, such as working memory and attention. It plays a crucial role in organizing and representing information that is not in the immediate environment.
Learn more about prefrontal lobe here:https://brainly.com/question/33515926
#SPJ6
egg laying land animals have evolved to produce eggs with tough shells to ensure that
Answer:
To ensure that no drying of the embryo occurred.
Explanation:
Because of the inhospitable environment, eggs from terrestrial animals that had a thinner shell were very susceptible to desiccation of the embryo. This made it difficult for the species to continue because it caused the embryo to die and did not allow a new being to be generated.
Over time, as a way of overcoming this disadvantage, some of the land animals had evolved to make thick-shelled eggs. The egg of these animals has a thick shell that prevented the drying of the embryo. However, the shell was porous, allowing gas exchange between the embryo and the external environment, thus ensuring the survival of the species.
If every woman wore 2-inch heels when she was measured, what is the correlation between the actual female and male heights? explain your answer.
Plant cells have two energy-related organelles. ________________ harness light energy to create sugars and ________________ break down these sugars to create atp.
Women with a higher body weight are more susceptible to bone fractures than those with a lean or lower body weight. question 18 options:
a. True
b. False
The strategy for bioremediation of large sites contaminated by inorganic pollutants like toxic metals and radionuclides is usually to __________.
The answer in the space provided is contains the pollutants in a process of having to convert it with less mobile form as this is the strategy used that is helpful for bioremediation in terms of large sites in which is contaminated with the inorganic pollutants.
Which statement is NOT true? A) Chicken pox is a lytic virus when it is causing sores. B) Chicken pox is a lysogenic virus when it is hiding in the person's DNA. C) Antibiotics could cure chicken pox sooner than 7 days, since it is a virus. D) The immune system of a person gets chicken pox under control in about 7
Answer:
C) Antibiotics could cure chicken pox sooner than 7 days, since it is a virus.
Explanation:
Antibiotics can only be used to treat bacterial diseases.
Chicken pox is one of the most common childhood diseases. Caused by a virus (which explains why it cannot be treated with antibiotics), it can be highly contagious for those who have never had it before or those who have not received the vaccine. However, once exposed to the disease, the person is immune for the rest of his life.
Chicken pox is mainly characterized by the appearance of red blisters on the skin, scattered throughout the body, which cause itching and other symptoms.
Which three statements about dialysis are true?
A-It’s a time-consuming procedure.
B-It requires the patient to be on antirejection medication.
C-It uses a machine to purify blood.
D-It’s a temporary remedy for renal failure.
E-It requires matching the patient’s blood with that of the donor.
Dialysis can be defined as the treatment to maintain the chemical levels in the body salt. Dialysis removes the extra water, salt and waste from the bodies of the patients whose kidneys are unable to perform their function properly. The dialysis is a temporary solution for the renal failure before a transplantation is done. The process of dialysis is time-consuming as it takes several hours to completely purify the blood.
Hence, the correct statements about dialysis are 'A, C, D'.
What is the water cycle and how does the Conservation of Matter apply to the water cycle?
The water cycle is the continuous movement and recycling of water through different states and locations on Earth, without any loss or gain of water molecules, in accordance with the law of conservation of matter. The law states that matter cannot be created or destroyed, which is essential in chemistry and is exemplified by the constancy of matter within the water cycle.
What is the Water Cycle?
The water cycle, also known as the hydrologic cycle, is the continuous movement of water on, above, and below the surface of the Earth. Water molecules travel through different states: gas (water vapor), liquid (water), and solid (ice). The main processes in the water cycle include evaporation, transpiration (from plants), condensation (forming clouds), precipitation (rain or snow), infiltration, and runoff.
Law of Conservation of Matter
The law of conservation of matter states that matter is not created or destroyed in a chemical reaction. This universal law also applies to the water cycle. As water transforms through various states and moves throughout the ecosystem, the amount of matter (water molecules) remains constant. This demonstrates that the water you drink has been a part of the Earth's water cycle for potentially millions of years, undiminished in quantity.
How Conservation of Matter Applies to Chemistry and the Water Cycle?
In chemistry, the law of conservation of matter is fundamental, indicating that the total number of atoms, and thus the mass of all reactants, is equal to that of the products in a chemical reaction. Relating to the water cycle, this law ensures that water molecules, despite changing states or location, are neither lost nor gained overall during the process. All matter, or water in this context, is perpetually recycled within the Earth's system.
The genes contained in plasmids can confer to the bacteria unusual metabolic capacities, the ability to make a sex pilus or ——
blank occurs when external vibration match an objects natural frequency.
Destruction of which pancreatic cells would cause hyperglycemia? alpha cells beta cells delta cells none of the choices are correct.
The wong choices can be defined as follows:
They also secrete glucagon, which releases glucose from its liver and fatty acids from its adipose tissue from the alpha cells.Somatostatin was produced by the delta cells and is an inhibitor of several bodily functions includes hormone release.Therefore the "Beta cells" is the correct choice.
Learn more:
Beta cells: brainly.com/question/24181411