Organisms are classified taxonomically. One of these classifications is the kingdom. There are 5 kingdoms: animalia (animals), plantae (plants), fungi (fungi), monera (prokaryotes), and protista (other eukaryotes).
The kingdom protista specifically harbor eukaryotes that cannot be classified in the other kingdoms (plantae, animalia, fungi), some examples are algae, protozoa, or amoebae.
Because bacteria are prokaryotes (monera kingdom). The answer is C "eukaryotes".
Why do you need to control your exposure to X-rays?
X-ray radiation can destroy molecular structures and possibly cause injury when it is absorbed by our bodies. Skin burns, hair loss, and a rise in cancer incidence are signs that very high radiation doses harm human cells.
Typically, the radiation exposure you receive during an X-ray radiation is comparable to between a few days and a few years of exposure to environmental radiation. Although the possibility of developing cancer many years or decades after being exposed to X-rays is acknowledged, it is believed to be extremely low. An x-ray requires that you remain motionless. Images can become hazy due to motion. When the picture is being taken, you could be requested to hold your breath or remain still for a brief period of time.Your radiation exposure will be decreased if you stay inside. Window and door locks should be closed. Shower or use a moist cloth to cover any exposed skin.
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During translation, the tRNA anti-codon GGA codes for what amino acid?
Answer: phenylalanine.
Explanation:
The tRNA with an anticodon GAA should attach the amino acid phenylalanine.
. What was Sharon’s experience with the experimental drug?
a) she suffered severe side effects b) she had few side effects c) it made her very sick
Answer:
imagine being on brainly
Explanation:
Please answer the following Anthropology questions fully, thoroughly, and in depth.
Part i. What adaptations are associated with an insectivory diet? Give an example of a primate that has this diet.
Part ii. What adaptations are associated with a gummivory diet? Give an example of a primate that has this diet.
Part iii. What adaptations are associated with a frugivory diet? Give an example of a primate that has this diet.
Part iv. What adaptations are associated with a folivory diet? Give an example of a primate that has this diet.
Part v. What adaptations are associated with vertical clinging and leaping? Give an example of a primate that practices this form of locomotion.
The examples that you need are 1-Gummivory: marmoset, tamarins; 2-Frugivores: spider monkey, ray-bellied night monkey (owl monkey); 3-Folivory: howler monkey, leaf monkey, colobine; and 4-Vertical clinging and leaping: lemurs and tarsiers
A gummivore is an animal (in this case, a primate) with a feeding strategy that depends on the sap or gum from trees. It is a type of diet that consists primarily of exudates. Some adaptations observed in these species include: 1-specialized anterior teeth in order to stab bark; 2-well-developed claws for clinging to trees
Frugivores primates have a feeding strategy mainly based on raw fruits. Some adaptations observed in these species include 1-low rounded molar cusps and 2-broad incisors.
Folivore primates (also called leaf-eating monkeys) have a feeding strategy mainly based on leaves. Some adaptations observed in these species include 1-narrow incisors, 2-broad molars (high shearing crests), 3-thin enamel molars.
Vertical clinging and leaping is an arboreal locomotor pattern practiced by lemurs and tarsiers. These animals push off from one vertical support with their hindlimbs to land on another vertical support. Some adaptations observed in these species include 1-hips, knees, feet, arms, and tails that facilitate climbing and leaping, 2-large hip extensor muscles and 3-specialized minor muscles.
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as chemical energy flows through various trophic levels of an ecosystem the amount ofavailable energy is reduced. Which of the following statements best explains the reason for thereduction of available energy at successive trophic levels?a. most of the energy is used to maintain a constant temperature in the Organism.b.most of the energy remains stored in an Organism tissues for metabolism.C.a large amount of energy is lost to the surrounding environment as heat.d. a large amount of energy is available to microbes during decomposition.
As chemical energy flows through various trophic levels of an ecosystem the amount of available energy is reduced because most of the energy is lost to the surrounding environment as heat.
The correct option is c.
Blood Doping
Blood is a fluid tissue, which means that blood cells are suspended in a fluid called plasma. Blood tests are concerned with not only the number of blood cells present, but with the amount of plasma that surrounds the cells.
The diagram below represents tubes containing blood samples from an athlete before and after blood doping. Blood doping is an illegal practice reportedly used by some athletes a few weeks before an athletic event, and involves removing whole blood from an athlete, separating the oxygen-carrying red blood cells (RBCs), and then freezing them. These RBCs are thawed and returned to the athlete's body just before the athlete competes. Serious health risks are associated with this practice.
Explain why athletes who practice blood doping would be expected to perform better at an athletic event.
a. The practice increases the number of RBCs (red blood cells) that would carry more oxygen to muscle cells
b. They would have less energy because they have extra oxygen
c. Since muscle cells receive more oxygen for respiration, they would have less energy for the athletic event.
d. all of the above
Option A. The athletes who practice blood doping would be expected to perform better at an athletic event. The practice increases the number of RBCs (red blood cells) that would carry more oxygen to muscle cells.
What is blood doping?By increasing the number of RBCs, blood doping increases the amount of oxygen that can be transported to muscle cells, which is the critical factor for athletes' performance in aerobic activities. This increase in oxygen availability enables the athlete to perform at a higher intensity for a more extended period, ultimately resulting in better athletic performance.
The athlete would not have less energy because they have extra oxygen, and muscle cells receiving more oxygen for respiration would increase, not decrease, energy production. However, as mentioned, blood doping carries serious health risks, such as increased risk of heart attack, stroke, and blood clots, and is illegal in competitive sports.
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Where are the A, B and RH antigens located
Answer: The A, B, and Rh antigens are located on the surface of red blood cells.
Explanation:
Which mineral resource is used to make batteries? graphite gypsum talc clay
Answer:
graphite
Explanation:
graphite is a mineral resource used to make batteries
Graphite is the mineral that is frequently utilized to create batteries. So, the correct option is A.
What is Graphite?A crystalline form of carbon that is found in nature is called graphite. Due to its special qualities, this mineral, which is exceptionally smooth and slippery, is frequently employed in a variety of applications. Due of its propensity to create a trace on paper, graphite is one of the materials that is most frequently found in pencils.
In addition to being used in pencils, graphite is also employed in lubricants, nuclear reactor moderators, batteries, and other electrical devices as electrodes. It is a good heat- and electricity-conductor and is generally chemically stable. Graphite is frequently obtained either open pit mines or underground mines and is typically found in metamorphic rocks.
Therefore, the correct option is A.
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Your question is incomplete, most probably the complete question is:
Which mineral resource is used to make batteries?
graphite gypsum talc clayWill the amount of hydrogen in the sun increase or decrease over the next few million years? Explain your reasoning.
The amount of hydrogen in the Sun is related to its core size, being the fuse of hydrogen atoms process the one that speeds up the sun increases. Today the amount of hydrogen and its fuse to make helium in the core is leqading toa 1% of increase in tluminosity every 100 million years, being 600 million tons of hydrogen fuse every second (forming 596 million tons of helium). It is estimated that in 5 billion yearsthe Sun will start to run out of hydrogen and begin to collapse . Therefore, it is estimated that the amount of hydrogen in the Sun is decreasing gradually since the star was born, because that amount is direct related to the core force and shine capacity of the Sun.th
What would be the most effective way for a scientist to get an idea of the actual age of a rock?
A. Measure the relative amounts of radioactive elements in it.
B. Judge its position in the rock face relative to that of other rocks.
C. Measure the amounts of different forms of carbon it contains.
D. Estimate how much of it has worn away since it formed originally.
Answer:
C
Explanation:
scientists use carbon dating to see how old things are :)
Classification of organisms into three domains is based on:
A) the presence of a cell wall
B) the number of cells in the organism
C) cellular organization
D) nutritional requirements
Answer:
C
Explanation:
cellular organization is the components that make up the cell and how they are arranged inside it. Each component, called an organelle, performs a specific function that is vital for the cell.
The Bacteria, Archaea, and Eukarya are the three domains of the classification. The cellular basis of the classification of the three domains. Thus, option C is correct.
What is the cellular organization?The cellular organization is the arrangement of the cells that are the smallest unit of the organism. The cells of the body make groups at the hierarchical level and perform a specific function.
The domains are not classified based on the cell wall as the animal and plant cells are grouped in the eukarya together. They are also not organized based on the number of cells as bacteria and Archaea both are single-celled.
The domains are not classified based on the nutritional requirements as the modes of nutrition varies in the eukarya domain itself and not just the two other domains.
Therefore, option C. cellular organization is the basis of domain classification
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____ are proteins in the pre-and postsynaptic membranes that project from those membranes into the synaptic cleft to insure that the two cells remain in close proximity to one another.
Cell adhesion molecules are the proteins that project from the pre- and postsynaptic membranes into the synaptic cleft to insure that the two cells remain in close proximity to one another.
Cell adhesion molecules are a diverse group of proteins that are involved in various biological processes, including the formation and maintenance of synapses between neurons. CAMs bind to specific receptors on the opposing cell membrane and help to hold the pre- and postsynaptic membranes together, allowing for efficient transfer of signals between the neurons.
There are several types of CAMs that are involved in synaptic adhesion, including neurexins, neuroligins, and cadherins, among others. These proteins play important roles in the development, function, and plasticity of synapses, and their dysfunction has been implicated in various neurological disorders.
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PLS HELP wil give 50p0ints if you answer
In the space provided, describe the similarities and differences between the seasonal changes of the oak tree in Florida and the oak tree in Maine make it Conclusions
Northern red oak are natives to Maine while others such as shumard oak, willow oak etc are native to Florida.
What is Season?These are the divisions of the year which are based on the weather patterns and daylight hours.
Florida has long periods of summer than Maine which is why the oak trees in the region are taller than that of Maine due to increased photosynthetic activity. However, oaks found in both regions have heavy acorns which is the similarity.
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what are the functions of :
1) Cytoplasm
2) Plasmid
3) DNA in nucleoid
4) Plasma Membrane
5) Cell Wall
6) Capsule
7) Pilus
8) Flagellum
Hello.
(1) Cytoplasm: The cell substance between the cell membrane and the nucleus, containing the cytosol, organelles, cytoskeleton, and various particles. The cytoplasm is responsible for cell shape, material transport like genetic material and products for cellular respiration, and storage.
(2) Plasmid: A segment of DNA independent of the chromosomes and capable of replication, occurring in bacteria and yeast: used in recombinant DNA procedures to transfer genetic material from one cell to another. In other words, it is a small, circular, double stranded DNA molecule, which can replicate independently from its chromosomal DNA. If plasmids are used for experiments, they are called vectors. because genes in plasmids often provide the bacteria with genetic advantages, including for example antibiotic resistance.
(3) DNA in nucleoid: The nucleoid is the region of a prokaryotic cell that houses the primary DNA. The nucleoid contains the genomic DNA, and molecules of RNA and proteins. The main proteins of the nucleoid are: RNA polymerase, topoisomerases and the histone-like proteins: HU, H-NS (H1), H, HLP1, IHF and FIS.
(4) Plasma membrane: The plasma membrane is a thin, flexible boundary between a cell and its environment that allows nutrients into the cell and allows waste and other products to leave the cell.
(5) Cell Wall: The definite boundary or wall that is part of the outer structure of certain cells, as a plant cell. It acts as a skeleton for plants, protects the internal contents of the cell, and regulates cell growth.
(6) Capsule: A pure sample that lasts forever and can be used for testing at any time in the future has been created by extracting and purifying the DNA contained within the capsule to remove any damaging enzymes that may break down the DNA over time.
(7) Pilus: (Simple: Pili are used to transfer DNA and for attachment to surfaces.)
(8) Flagellum: A long, hair-like, motile extension of the plasma membrane; in eukaryotic cells, it contains microtubules arranged in a 9+2 pattern. The movement of flagellum propels some cells through fluids.
Thanks.
Read the statement.
A new allele added to the gene pool provides an advantage. The individual with the allele breeds and passes on the trait to their offspring.
This describes the evolutionary effects of what process?
genetic drift
genetic drift
mutation
mutation
random mating
random mating
gene flow
choose all statements that are true about harmful regulators
Naturally-grown food produces bigger crops for farmers.
Some sprays have been found to cause cancer in people.
Naturally-grown food is usually cheaper to produce.
People are urged to eat food that uses harmful regulators to grow food.
People are urged to eat food that has been naturally-grown
Naturally-grown food produces bigger crops for farmers.
Some sprays have been found to cause cancer in people. all statements that are true about harmful regulators
What drives farmers to grow genetically modified plants?Today's GMO crops were largely developed to help farmers manage weeds, avoid crop loss, and preserve food. The top three properties of GMO crops are as follows: resistance against a number of dangerous insects. tolerance for particular weed-killing substances.
GMO agriculture has resulted in superweeds and superpests that are very difficult for farmers to control. Farmers are obliged to give up the alleged benefits of GMO technology because resistant pests need more labour, arduous ploughing, or older, more toxic chemicals.
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nothing dhsjfbbbbbb rdfsedsf
Answer:
haha
Explanation:
Ángel es un cerdo??
a) Sí
b) Obvio que sí
c)n op orque si es el el uqe no tiene pecho
Relate two ways in which a scientific theory and a scientific law are similar
Both scientific laws and scientific theories are based on observations and experimental evidence.
Both will be rejected if if it cannot be made to adapt to the new findings or knowledge.
What are scientific theories?A scientific theory is a well-tested and well substantiated explanation of a natural phenomena that is widely accepted.
There are scientific theories which are commonly accepted today and they include:
big bang theoryatomic theorycell theoryquantum field theoryScientific theories are based on observations and experimental b and must be made to adapt to new knowledge or findings.
In conclusion, a scientific theory can be modified and expanded on or be rejected if certain criteria are not met.
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Groups such as a pack of wolves, school of fish, and a flock of birds are called a
Group of wolves is a pack of wolves; Group of fish is a school of fish and Group of birds are a flock of birds.
What is Collective noun?A collective noun is defined as a naming word that is used to refer to a group or number of animals, people or things. A collective noun is defined as "a noun such as 'team' or 'flock' that refers to a group of people or things".
For example,
Group of Dog is called a pack, Puppies or a litter
Group of Donkeys is called a drove
Group of Eagles is called a convocation
Group of Elephants is called a parade
A collective noun is a word which refers to a set or group of people, animals or things.
Thus, group of wolves is a pack of wolves; Group of fish is a school of fish and Group of birds are a flock of birds.
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How would A340 change as a consequence of lactate dehydrogenase activity. Assume that the assay media contains only pyruvate and NADH at the beginning of the experiment.
We have that the A340 will change as a consequence of lactate dehydrogenase activity because
A340 would decrease as pyruvate is reduced to lactateOption DFrom the question we are told
How would A340 change as a consequence of lactate dehydrogenase activity.
Assume that the assay media contains only pyruvate and NADH at the beginning of the experiment.
Absorbtion of lightGenerally as a consequence of lactate dehydrogenase activity the solution of NADH is will be converted and will give
NAD+
Thereofore
Absorbtion of light at 340nm would reduce as the NADH in solution would be converted to NAD+
Hence
A340 would decrease as pyruvate is reduced to lactate
Option D
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Is attached below
PLEASE HELP!!!!
Explain what causes a muscle to go into rigor mortis. Your answer should include the circumstances which cause it, as well as why those circumstances cause the effect (what is happening in the muscle at a molecular level which causes the stiffness).
Explanation:
Rigor mortis develops as the body's energy source (adenosine triphosphate [ATP]) is depleted. Muscle fibers require ATP for relaxation; once depleted, actin and myosin proteins remain complexed, resulting in stiffening of the muscles..
Thanks my answer and vote it 5 star and Mark it in brainliest answers please please please please please please please please please please please please please please please please please please please please please please
Indicate which the following statements are true.
a. During glycolysis, glucose molecules are hydrolysed to yield CO2 and H2O
b. The cleavage of fructose 1,6-bisphosphate by phosphofructokinase yields two molecules of glyceraldehyde 3-phosphate.
c. When subjected to anaerobic conditions, glycolysis in mammalian cells continues and causes a buildup of pyruvate in the cytosol.
d. In the mitochondrial matrix, the pyruvate dehydrogenase complex produces CO2, acetyl-CoA and NADH.
e. Fatty acids can be transported into mitochondria and converted into acetyl-CoA, FADH2 and NADH
Answer:
The correct answer is: D
Explanation:
(a) This process does not occur during glycolysis, it occurs after glycolysis since pyruvate is generally accepted to be the last product of glycolysis
(b) Phosphofructokinase does not produce two molecules of glyceraldehyde 3-phosphate but rather produces of one molecule of glyceraldehyde 3-phosphate and dihydroxyacetone phosphate
(c) During anaerobic conditions in mammals, pyruvate is converted to lactate by the enzyme lactate dehydrogenase. It can actually cause the accumulation of lactic acid/lactate in the muscle which causes muscle fatigue but does not cause buildup of pyruvate in the cytosol.
(d) In the fate of pyruvate, the pyruvate dehydrogenase complex produces CO2, acetyl-CoA and NADH in the mitochondrial matrix. The acetyl-coA produced thereof serves as a precursor for the citric acid cycle.
all the blood cells together make up __% of blood
Answer:
45% blood cells
Explanation:
Hope it helps!
About 45% of blood is made up of red blood cells. Platelets make up less than 1% and white blood cells roughly 1% of the blood.
What are the role of different cells in the blood?They provide the body with structure, take in food's nutrients, convert them into energy, and carry out certain functions.
The remainder of the blood is plasma. Red blood cells that have reached adulthood lack organelles like nuclei.
Your body has roughly 200 different types of cells. These cells help to build your organs and tissues, as well as your immune system, which works to protect your body.
Cells also contain the genetic material of the organism and are capable of self-replication. Each part of a cell serves a unique function.
Therefore, all the blood cells together make up 45% of blood.
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Raphael is studying the water cycle and its critical role in ecosystem functions. He is developing a model of the water cycle, and his initial work is shown below.
look up the water cycle
Explanation:
it will show u what u need to know
why do we need to know about the nature of science
how has urbanization contributed to the decline in birth rates?
Answer: b
Explanation:
(b) Find the resultant of a force 4N and 8N acting at the same point on an object if the forces act in the same
direction in the same straight line
Answer:
12N
Explanation:
4n+8n=12N
what is the difference between cork formation and gum formation in the plants as an immune mechanism
Answer:
Cork formation is a type of secondary growth that occurs in the stems and roots of woody plants. Gum formation, on the other hand, is a type of defense mechanism that occurs in response to injury or infection.
Explanation:
HELP: WILL MARK BRAINLIEST
Answer the blank
The Krebs cycle occurs in the matrix of the mitochondria and requires acetyl coenzyme-A (acetyl-CoA) that is produced from both lipids and carbs.
What is the Krebs cycle of cell respiration?The Krebs cycle of cellular respiration is the second step of this metabolic pathway which occurs in the mitochondrial matrix to generate NADH and FADH which are used during oxidative phosphorylation to produce ATP.
Therefore, with this data, we can see that the Krebs cycle of cell respiration is the second stage of this process and produces molecules required for ATP synthesis.
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