Maintaining biodiversity is very important for future medical needs as until now the science and medicine has discovered only a fraction of species found on earth for medicine, in future the discovery may lead to revolutionary changes in medical field. Also preserving it will assure a stable cycle of recycling the wastes in an ecosystem.
Biodiversity is essential for future medical needs as it provides a vast array of biological and genetic resources that could lead to new medicines. It also supports human health, food security, ecosystem services, and psychological well-being. Its preservation necessitates an understanding of biodiversity, shifting human behavior and beliefs, and implementing proper preservation strategies.
Explanation:Maintaining biodiversity is of immense importance for future medical needs. Biodiversity harbors a vast array of biological resources including a myriad of plant and animal species, each comprising unique genetic materials. These genetic resources could lead to the discovery or synthesis of drugs that can fight diseases.
Many pharmaceutical compounds have been first discovered or derived from living organisms such as plants, animals, bacteria, and fungi. Loss of biodiversity would, therefore, potentially reduce the number of medicinal compounds that could be discovered in the future.
Biodiversity not only contributes to our health but is also critical to our food security, ecosystem services, and psychological well-being. A healthy and diverse ecosystem will support agriculture and food production. The interconnectedness of species means that the loss of one species could harm others and might even affect human populations in the long term.
We also derive considerable psychological benefits from living in a biodiverse environment. Not to forget, the moral argument of minimizing our harm to other species.
Preserving biodiversity, therefore, poses an extraordinary challenge that requires understanding biodiversity itself, altering human behavior and beliefs, and developing effective preservation strategies.
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What is the ultimate energy source for most forms of life on earth?
If a reaction is exergonic, then which of these statements is true?
Final answer:
The true statement for an exergonic reaction is that (option A) the products have lower Gibbs free energy than the reactants, as energy is released during the reaction.
Explanation:
If a reaction is exergonic, then the correct statement is: A. The products have lower Gibbs free energy than the reactants. This is because during an exergonic reaction, energy is released as the reaction proceeds. As energy diagrams and thermodynamics principles indicate, the Gibbs free energy change for an exergonic reaction is negative, meaning that the reaction releases energy, often in the form of heat, and the products have less energy than the reactants. The idea of a reaction being 'downhill' metaphorically represents this energy release.
The other options are not generally true for exergonic reactions. B. Energy must be added for the reaction to proceed is incorrect because that describes an endergonic reaction, where energy input is required. C. The products have lower entropy (are more ordered) than the reactants is not necessarily true; entropy changes depend on the specific reaction. D. The reaction always occurs quickly is also incorrect as the rate of a reaction is dependent on factors such as activation energy and not only on the exergonic nature of the reaction itself.
A vine growing around a lamp post is an example of
Which process can be primarily affected by gallbladder disease ?
A. Carbohydrate digestion
B. fat digestion
C . protein Digestion
D. vitamin digestion
Answer: B. Fat Digestion
Explanation: Took the test on PLATO its correct
Some plants carry on photosynthesis without using chlorophyll.
TRUE
FALSE
???
PLEASE HELP
Answer:
false
Explanation:
What is the name for that compound with the formula BaO?
A. Oxygen Baride
B. Barium Oxide
C. Barium Oxygen
D. Oxygen Barine
How did Alfred Wegener use rock and fossil evidence to support his hypothesis of continental movement.
Alfred Wegener used rock and fossil evidence to support his hypothesis of continental movement by finding similarities in continent shapes, fossils, mountain ranges, and paleoclimate.
Explanation:Alfred Wegener used rock and fossil evidence to support his hypothesis of continental movement in several ways:
The continents looked like they fit together like pieces of a puzzle.There were matching fossils found on continents that were separated by oceans.There were matching mountain ranges on continents that were separated by oceans.There was paleoclimate evidence suggesting that in the past, some continents were closer to the polar regions and some were closer to the equator.With this evidence, Wegener proposed that all continents were once together in a single supercontinent called Pangea.
How can carbohydrates, lipids, and proteins be detected in foods?
Which question is most likely closely related to th field of biology? A) What is the average length of cobra B) What are most rocks made of? C) How fast does earth rotate D)What is the mass of the moon
What should you do with its contents if you are done using a test tube
When done using a test tube, safely dispose of its contents in the directed waste container, and clean the test tube with soap and water, then rinse with distilled water. Ensure all labels are removed. Follow your lab's specific protocols for proper disposal and cleaning to avoid contamination.
When you are done using a test tube in a chemistry experiment, it is important to dispose of its contents safely and clean the tube thoroughly to prevent contamination in future experiments. Here's a step-by-step guide:
Carefully pour the liquid contents of the test tube into the appropriate waste container as directed by your instructor.Rinse the test tube several times with distilled water to remove any residual chemicals.For thorough cleaning, use a small brush with soapy water to scrub the inside of the test tube, then rinse with distilled water.Dry the outside of the test tube with a paper towel and place it on a drying rack upside down to let the interior air dry.Ensure all labels are removed from the test tube using ethanol and a paper towel.Always refer to your specific laboratory's protocols for waste disposal and test tube cleaning procedures to ensure safety and compliance with regulations.
Name two ways that scientists share their experimental results with other scientists
The pattern of criss-crossing strips of pastry on top of food is called a what?
Final answer:
The weaving of pastry on top of food, especially pies, is known as a lattice. It combines function and beauty, allowing steam to escape and giving a golden brown finish to baked goods.
Explanation:
The criss-crossing strips of pastry on top of food is called a lattice. This technique is often used in baking to create a visually appealing and edible top layer on pies and other pastries. The lattice is essentially a woven pattern created by interlacing long strips of pastry dough over and under each other. One famous lattice-topped pastry is the apple pie, a staple in American cuisine. The lattice top allows steam to escape during baking, which helps to prevent the pastry from becoming soggy. The lattice provides a lovely contrast of texture and color when baked until golden brown.
What are the four weak (noncovalent) interactions that determine the conformation of a protein?
Define radioactivity . if an element has three isotopes, which of them is most likely to be a radioisotope
Radioactivity is the emission of particles and radiation from unstable atomic nuclei. For example, Carbon-14 is a radioactive isotope with 6 protons and 8 neutrons, unlike the stable Carbon-12 and Carbon-13. Carbon-14 decays over time, emitting radiation.
Radioactivity is the spontaneous emission of particles and radiation from atomic nuclei. This process occurs because unstable nuclei seek to achieve stability, emitting energy in the form of radiation.
To give an example, Carbon-14 (C-14) is a well-known radioactive isotope, which is commonly used in radiocarbon dating. Carbon-14 has 6 protons and 8 neutrons, whereas its stable isotope, Carbon-12 (C-12), has 6 protons and 6 neutrons.
Carbon-12 (C-12): Protons = 6, Neutrons = 6Carbon-13 (C-13): Protons = 6, Neutrons = 7Carbon-14 (C-14): Protons = 6, Neutrons = 8 (Radioisotope)Among these isotopes, Carbon-14 is a radioisotope due to its unstable nuclear configuration, which leads it to emit radiation as it decays over time.
how can molecular evidence show species relatedness
Answer:
Nowadays, molecular pieces of evidence are used to show the similarity between two species as the universal molecule- DNA is present in all living organism from lower to higher organisms which code for the amino acids of the proteins.
The differences and similarities between genomes of two different species confirm relatedness as a mutation in genes can show evolutionary patterns which can be summarized as:
differences between base sequences can show the degree of divergence. a large number of differences means species diverged long ago. more similarity in sequence means species are more closely related.Thus, molecular evidence is used to show species relatedness.
The branch of the autonomic nervous system that prepares the body for quick action in an emergency is the ________ division.
BIOLOGY HELP
C G A A U C
Study this genetic code.
In order for this code to represent a piece of DNA, which base must be replaced by thymine?
A) adenine
B) cytosine
C) guanine
D) uracil
Why does the human heart rate increase when exercising?
Your neighbor has fertilized her lawn. several weeks later, she is alarmed to see that the surface of her ornamental pond, which sits at the bottom of the sloping lawn, is covered with a green layer of algae
The reason why there is a green layer of algae was because of the reason that there may be too much fertilizer applied in the lawn. When having too much fertilizer, and it had been rained down—there could have been a possibility of run-off to be flown down on the lawn of which has been sloped and made its way on the pond. By this, it increases the nutrients in the pond, making the algae to grow on it.
The motivation behind why there is a green layer of green growth was on the grounds that that there might be an excess of fertilizers connected in the garden. When having an excess of manure, and it had been poured down, there could have been a probability of run-off to be flown down on the garden. By this, it builds the supplements in the lake, making the green growth to develop on it.
Further Explanation:
Fertilizer:
A fertilizer or manure is any material of normal or engineered beginning that is connected to soils or to plant tissues to supply at least one plant supplements basic to the development of plants. Numerous wellsprings of manure exist, both common and modernly created.
Fertilizer Types:
1. Nitrogenous Fertilizers
2. Natural Nitrogenous Fertilizers
3. Phosphate Fertilizers
4. Potassic Fertilizers
5. Compound Fertilizers
6. Complete Fertilizer (NPK)
uses of Fertilizers:
Nursery workers and business producers use manures. At the point when utilized properly, fertilizer can improve soil surface, advance sound development, and increment yields.
Importance of fertilizers:
Fertilizers are substances containing concoction components, for example, fertilizer or blend of nitrates that improves the development of plants. They offer sustenance to the harvests. At the point when added to soil or water, plants can create resilience against vermin like weeds, creepy crawlies and sicknesses.
Subject: biology
Level: High School
Keywords: fertilizer, fertilizer types, uses of fertilizers, importance of fertilizers.
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There are many areas of science that experience debate. How can a scientist most effectively defend their position if they discuss a controversial topic?
A.) They can alter their experimental results to fit the opinions of the community.
B.) They can argue using critical thinking skills and data.
C.) They can ignore any criticism that may occur.
D.) They can re-analyze their data until they get a better accepted result.
The scientist can argue using critical thinking skills and data to discuss a controversial topic to defend their position most effectively.
What do you mean by critical thinking skills?"Critical thinking skill is the analysis of available facts, evidence, observations, and arguments to form a judgment."The analysis should be rational and unbiased based on evidences and facts.One should fully research about the topic and put forward their points in a sequential and understandable manner.What do you mean by controversial topic?"It is a prolonged dispute, debate, or state of contention, especially one that unfolds in public and involves a stark difference of opinion."Hence, the correct option is B. They can argue using critical thinking skills and data.
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In sordaria, how many different chromosomes arrangements can be produced through independent assortment?
A parent asks, "how should i bathe my baby now that he has had surgery for his inguinal hernia?" which instruction should the nurse give the mother?
Based on the data you found, about how many of the 100 aliens would become thin if the temperature were 35°C?
Answer choices are:
a. fewer than 10
b. about 50
c. about 80
d. more than 90
____________________________________________________________
Correct answer choice is:
d. more than 90
____________________________________________________________
Explanation:
You have seen that at temperature 20°, around 50 aliens were thin. At 25°, roughly 70 aliens were thin. Moreover, at 30°, nearly 88 aliens were thin. The take-home feature is that the greater the temperature, the larger number of aliens are suspected to be thin. So at 35°, we would suspect a higher number of aliens to be weaker than the 88 who are thin at 30°.
Monomers linked together are called ____________. the process of linking monomers together is called _______________________.
Mitochondria, the nucleus, and the endoplasmic reticulum suspended in the cytoplasm of cells represent what kind of mixture
If a scientist wanted to study cell responses under varying environmental conditions, what laboratory technique would be appropriate to use
how many pairs of electrons do the two oxygen atoms in an oxygen molecule share with each other
When is the manual removal of oil by hand most likely to be used?
A.) When the spill is far out at sea
B.) When the oil has sunk to the bottom
C.) When heavy equipment cannot reach the spill
D.) When the oil has already started to break down
Answer:
Option D, When the oil has already started to break down
Explanation:
When the oil breaks down, there are high chances that it can get absorbed at the surface of beaches consisting of sand, gravel, or cobble which cannot be cleaned otherwise. In such scenarios adsorbents are placed manually to soak the oil spilled on beach. Mostly shorelines are cleaned using these manual processes, otherwise inner oil spills are cleaned by machines only.
Hence, option D is the correct answer.
What is the serous membrane that lines the walls of the thoracic cavity?
The pleura is the serous membrane lining the walls of the thoracic cavity, with a parietal layer against the cavity wall and a visceral layer covering the lungs, and a fluid-filled space in between to reduce friction.
Explanation:The serous membrane that lines the walls of the thoracic cavity is known as the pleura. This thin, double-layered membrane has a parietal layer that lines the cavity wall and a visceral layer that covers the external surface of the lungs. Between these layers is the pleural cavity, containing a small amount of serous fluid that acts as a lubricant, reducing friction during respiratory movements.
There are other serous membranes within the body, including the pericardium that surrounds the heart and the peritoneum that lines the abdominal cavity. These membranes provide a smooth and slippery lining, protect the organs they encase, and help to prevent friction, which could lead to inflammation.
Cisternae that are located near the trans face of a golgi body are (click the two that are true)