Polypeptides are just actually proteins which are unfolded. And so we ask how are proteins made? Remember that we learned about DNA being transcribed to mRNA, and then those mRNA's 3-letter codons are being translated by ribosomes into a polypeptide chain, and then finally folded into a protein. So yes, the answer is C.
What kind of exercise is often used as therapy to rebuild muscle strength after an injury?
Which of these travels the fastest?sound in air , rocket in space light in vacuum microwaves in glass
The person credited with first recognizing (in the 1860s) that living cells cannot arise spontaneously, but arise only from previously existing cells, is __________. (see book section: overview: the key roles of cell division)
The element lithium has two stable isotopes, Li-6 and Li-7. How do the atomic structures of these two isotopes compare?
A) Both have 3 protons and 3 electrons, but Li-7 has 4 neutrons.
B) Both have 3 protons and 4 neutrons, but Li-7 has 4 electrons.
C) Li-6 has 3 protons and 3 electrons; Li-7 has 3 protons and 4 electrons.
D) Li-6 has 3 protons, 3 neutrons, 6 electrons, while Li-7 has 3 protons, 3 neutrons, and 7 electrons.
The element lithium has two stable isotopes, Lithium - 6 and Lithium -7, these two structures of lithium are very comparable as both have 3 protons and 3 electrons, but Li-7 has 4 neutrons.
Therefore the correct answer is option A.
What are atomic models?There are some models that are used to explain the arrangements of subatomic particles inside the atom based on the atomic theory of atoms known as the atomic models.
lithium-6 ⇒ 3 proton,3 electrons, and 3 neutrons
Lithium 7 ⇒ 3 proton,3 electrons, and 4 neutrons
Lithium has two stable isotopes: lithium-6 and lithium-7. Although they both contain three protons and three electrons, lithium-6 and lithium-7 differ only in having four neutrons. Thus, the correct answer is option A.
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How does it benefit a plant to have a variety of photosynthetic pigments?
Explain and define two color schemes that a color wheel could help you identify.
To apply parsimony to constructing a phylogenetic tree, _____
The goal of applying maximum parsimony when constructing phylogenetic trees is to create a tree that represents evolutionary relationships with the fewest number of events, reflecting the simplest possible explanation.
To apply parsimony to constructing a phylogenetic tree, scientists adopt the maximum parsimony principle, which suggests that the phylogeny with the least number of evolutionary events, or the simplest explanation, is the most likely. The principle assumes that nature does not operate in a complex and convoluted manner when a simpler alternative exists. This concept, similar to Ockham's razor, is grounded in the idea that the simplest hypothesis that explains the data should be selected. Maximum parsimony is often contrasted with maximum likelihood, another principle suggesting that the most likely sequence of evolutionary events is the one that probably occurred. An analogous example of maximum parsimony is when a group of people enters a forest preserve to hike, and one could predict that most would hike on established trails rather than forging new ones.
What developmental skills does a preschooler exhibit? select all that apply?
The two most abundant components of whole blood, in order of most abundant and second-most abundant, are _________.
Blood components: plasma and red blood cells.
The two most abundant components of whole blood, in order of most abundant and second-most abundant, are:
Plasma: constituting about 55% of blood volume, it contains water, proteins, electrolytes, lipids, and glucose.Red blood cells (Erythrocytes): making up about 45% of the blood volume.White blood cells (Leukocytes) and platelets are also vital components, though less in quantity compared to plasma and red blood cells.
What are the three major types of neurons in the nervous system?
How much water flows through your kidney in one day?
The theory of ___ was proposed to explain the possible origin of chloroplasts and mitochondria. evolution endosymbiosis endocytosis cells
Answer: Endosymbiosis
Explanation:
During the 1980s a theory was proposed to explain the origin of chloroplast and mitochondria from the permanent resident prokaryotes.
according to this theory, large prokaryotes engulfed smaller prokaryotes, instead of digesting the smaller one both entered into a type of relationship known as mutualism where both organism were benefited.
The larger prokaryotes gained more energy which provided protomitochondrion and excessive sugar lead to the formation of chloroplast.
The only pre-australopithecine found outside the east african rift valley is
Compare and contrast the solar cycle to the lunar cycle and explain how this affects tides
The solar and lunar cycles, while different in duration and nature, both significantly affect Earth's tides. Solar and lunar gravitational forces combine to create spring tides during their alignment and neap tides when they form a right angle. These tidal variations are directly related to the Moon's phases and the relative positions of the Earth, Moon, and Sun.
A health care professional's attitude is determined by his or her:
The method of self-announcement is frequently done _____.
Self announcement method is a nominating method where a person announces an intention to run in for a public office. The method of self-announcement is frequently done in small towns. Small towns have less population and mostly people are aware of the things happening around them. Groups are easily formed with unified decisions that is why people self nominate themselves and usually win with the support of these groups.
What is one distinguishing feature of each of the four major divisions?
The branch of science which deals with the study of gradual change of species is called evolution.
The correct answer is species.
These are the eras in which the major species which dominates the land and the earth were reptiles.
During those eras, the reptiles are the common link.
Hence, the correct answer is reptiles.
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Which part of the plant cell performs photosynthesis ??
Which term is described as the amount of matter in an object?
Peanut butter and cottage cheese each provide which two sources?
a)vitamin K b)carbohydrates c)fats
how many chromosomes will a mouse zygote have?
What is the the simplest, smallest collection of matter that exhibits traits of life is?
Under which condition(s) would genetic testing for predisposition to an inherited disorder in a minor child be considered reasonable?
During which phase of mitosis does the nuclear envelope break up?
Red blood cells are the most common type of blood cell. they are responsible for carrying oxygen from the lungs to all the various body tissues. these cells are shaped like concave discs, and they do not have mitochondria or nuclei. how does this structure help the cell carry out its function?
The structure of red blood cells, including their concave disc shape and absence of mitochondria and nuclei, helps them carry out their function of delivering oxygen to body tissues.
Explanation:Red blood cells, also known as erythrocytes, are specialized cells that carry oxygen to various body tissues. Their unique structure helps them perform this function effectively. The concave disc shape of red blood cells provides a large surface area for the uptake and release of oxygen. The absence of mitochondria and nuclei allows more space for hemoglobin, the protein responsible for carrying oxygen. This structure also improves the flexibility of red blood cells, enabling them to squeeze through narrow blood vessels and reach all parts of the body.
The cytoplasmic continuum connecting neighboring cells is called the _____.
The scientists at lawrence livermore lab have been able to produce 6 new, synthetic elements. why isn't there yet a practical use for these elements?
Answer:
The elements synthesized in Lawrence Livermore's lab have no practical use because they degraded just after their formation.
Explanation:
As the nucleus of an atom become too heavy it loses its stability. To gain stability the nucleus starts losing the nucleons ( neutron and proton) via different types of radioactive decay.
The elements synthesized in Lawrence Livermore's lab are too heavy to bear their stability went to decay just after its origin.
Therefore, we can say that elements synthesized in Lawrence Livermore's lab have no practical use because they degraded just after their formation.
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In her laboratory journal, a microbiologist enters the following information: “Some mold growth was seen on the agar plate that was streaked with bacteria three days ago. Bacterial colonies were observed on the plate, but the area surrounding the mold did not show any bacteria.” Which of the following describes the microbiologist’s journal entry?
Which does the autonomic nervous system most directly control?
The autonomic nervous system controls the body's unconscious actions, split between the 'fight or flight' sympathetic system and the 'rest and digest' parasympathetic system.
Explanation:The autonomic nervous system primarily controls the body's unconscious actions. These are the mechanisms in the body that we don't actively think about but are vital for survival. The autonomic nervous system is divided into two main groups: the sympathetic and parasympathetic systems. The sympathetic system prepares the body for 'fight or flight' situations, increasing heart rate and blood flow to muscles, for example. In contrast, the parasympathetic system promotes 'rest and digest' activities, slowing the heart rate and promoting digestion.
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The autonomic nervous system directly controls internal organs, smooth muscles, and glands. It operates outside of conscious control and is divided into the sympathetic and parasympathetic nervous systems, which work together to maintain balance, or homeostasis, in the body.
Explanation:The autonomic nervous system most directly controls the internal organs, such as the lungs and heart, as well as smooth muscle, and exocrine and endocrine glands. It operates largely without conscious control, continuously monitoring conditions and implementing changes as necessary. The autonomic nervous system is divided into two subsystems that often have opposite effects: the sympathetic nervous system and the parasympathetic nervous system.
The sympathetic nervous system prepares the body for stress-related activities while the parasympathetic system returns the body to normal, routine operations. These two divisions work in tandem to maintain the body's homeostasis.
For instance, the heart receives connections from both the sympathetic and parasympathetic divisions. One causes the heart rate to increase (sympathetic), whereas the other causes the heart rate to decrease (parasympathetic). This dual influence helps maintain a balance in heart function.
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How can understanding risk management topics help in everyday life? all answers are correct it can help you evaluate the risks involved with situations you might face while driving, hanging out with friends, or being adventurous. it can help you avoid large medical bills incurred because you have no medical insurance. it can help safeguard your credit and protect you from lawsuits?
Answer: All answers are correct
Risk is an uncertain future event or condition which if happens affect the mission objective. All types of organizations and people face with some forms of risks which may affect their chance of success. It is important to understand the risks and efficiently managing them will greatly help in achieving long term success. Risk management can be a vital tool to eradicate potential problems in an organization or from a person’s life on everyday basis.
Risk management helps individuals make informed decisions in everyday life by evaluating potential risks and benefits, guiding personal and professional financial planning, and enhancing economic security through strategic planning and insurance.
Understanding risk management has practical applications in everyday life that extend beyond business and financial contexts. For example, assessing the dangers of daily activities such as driving or engaging in sports can help in making more informed decisions to reduce potential harm. Risk management also assists in personal finance by evaluating the necessity of insurance to avoid large medical bills or to protect your credit. Additionally, understanding and applying risk management in the workplace or when investing in the stock market allows for better strategic planning and can lead to more prudent decisions that safeguard personal and professional financial goals.
Insurance policies are a key component of risk management, offering a way to transfer risks and ensure a safety net against unexpected events. Balancing risks with the potential to accept or mitigate them, based on their probability and impact, is crucial in personal and organizational contexts. This strategic approach to evaluating and addressing risks ensures that one can manage their resources effectively and minimize losses, enhancing overall economic security.
An awareness of risk management enables individuals to make choices that can lead to a more secure and stable lifestyle, by weighing the pros and cons of potential actions and the associated risks. Undertaking a risk analysis in various situations helps in identifying which risks are acceptable and which require immediate attention or long-term management, assisting in maintaining a balanced and rational approach to life's inherent uncertainties.