Answer:
d
Explanation:
what is an alternative future for cells when they reach their size limit? ...?
What if we lived on jupiter?
One active transport process that occurs in the electron transport process in the membrane of the _____________ is the transport of protons to produce a proton gradient to power the production of ATP.
the answer is B, it is mitochondria
Which of the following outcomes would be most likely if the membrane of a cell were no longer selectively permeable?
A)A cell wall would form outside the membrane to protect the contents of the cell.
B) Harmful substances would be able to enter the cell and cause mutations to the cell’s DNA.
C) The cell would die as it would not be able to regulate which substances could enter and leave.
D) The cell would grow as more nutrients would be able to easily enter the cell. ...?
The correct answer is:
The cell would die as it would not be able to regulate which substances could enter and leave.
:)
The most likely outcome if a cell membrane lost its selective permeability would be the death of the cell, as it would be unable to maintain homeostasis and regulate substance movement, leading to harmful consequences.
The correct option is 'C'.
If the membrane of a cell were no longer selectively permeable, the most likely outcome would be C) The cell would die as it would not be able to regulate which substances could enter and leave.
The plasma membrane's primary function is to maintain selective permeability, which is crucial for sustaining life within the cell.
Losing this ability would lead to an inability to maintain homeostasis, an essential stable internal environment. Without a selectively permeable membrane, harmful substances could enter the cell, essential nutrients could be lost, waste products could accumulate, and even the movement of water could cause the cell to swell and burst.
What is the main sense organ for each of the 5 senses?
what happens when a piece of dna is missing
Missing a piece of DNA can have a substantial impact on an organism's biology. The results can range from minor changes to severe genetic abnormalities.
If the deleted DNA segment contains important genes, it may impair the production of particular proteins, resulting in functional defects or loss of important cellular processes. Furthermore, the disappearance of regulatory DNA sequences can lead to unregulated gene expression, which can alter the timing and amount of protein synthesis.
If significant amounts of DNA are missing, chromosomal abnormalities can arise, resulting in developmental diseases or syndromes. Additionally, DNA loss may affect the stability and integrity of the genome, resulting in greater genetic instability or increased susceptibility to other genetic disorders.
Learn more about DNA, here:
https://brainly.com/question/30993611
#SPJ6
A population of sixteen emu grew to thirty-nine in one year. After two years, the population had grown to forty-eight. The maximum number of emu that the environment can support is approximately sixty due to limited resources such as food and water. The carrying capacity of the emu population is
The answer is sixty.
A carrying capacity is the maximum size of some population in the given environment. It represents the number of animals that can live, reproduce, survive in the given area regarding the indefinite sustainability of this area in terms of resources. If the maximum number of emu that the environment can support is approximately sixty, then the carrying capacity must be 60 as well
Answer:
60
Explanation:
"The maximum number of emu that the environment can support is approximately sixty due to limited resources such as food and water."
is the prothallus haploid or diploid? does it produce gametes or spores?
Which claim below accurately explains how the process of meiosis results in genetic variation?
Squirrels gather as many nuts as possible and bury them to prepare for winter. Which type of behavior is this?
Answer:
The correct answer is fixed action pattern behavior.
Explanation:
A fixed action pattern refers to an instinctive behavioral response initiated by a very particular stimulus. Once initiated, the fixed action pattern behavior cannot be ceased in the midway, it is performed till the end. The behavior is generated by a neural network called the innate releasing mechanism.
The fixed action pattern is stimulated in reaction to an external sensory stimulus called in the term of animal behavior as a sign stimulus. For example, the gathering of as many nuts as possible by the squirrels and burying them to prepare for the winters, no matter what the condition is an illustration of fixed action pattern behavior.
The behavior of storing food for later use is known as caching or hoarding, observed in animals like squirrels to prepare for scarcity. The correct term for this behavior is "caching" or "hoarding."
Caching is a natural behavior observed in many animal species, including squirrels, where individuals store food in various locations to be retrieved and consumed later. This behavior is particularly common in times of plenty to prepare for periods of scarcity, such as winter. By caching nuts and other food items, squirrels ensure they have a supply of food to sustain them through times when food is not readily available. This strategy is an example of foresight and planning for future needs, which is crucial for the survival of the species.
In a population of gerbils, long hair (H) is completely dominant over short hair (h). If 18% of the population has short hair, calculate the percentage of the population that is expected to be heterozygous (Hh). ...?
Answer:
49 percent
Explanation:
I got this question correct on the quiz.
Which of the following best defines soil texture? A A measure of how developed a soil is B Amount of nutrients in the soil C Depth of the soil D The relative amounts of sand, silt and clay particles
Correct answer is D "the relative amounts of sand, silt, and clay particles"
What defines an air mass?
The humidity is consistent at a specific altitude.
The temperature is consistent at a specific altitude.
The temperature and humidity are consistent at a specific altitude.
The temperature and humidity are consistent at all altitudes.
Arrange the celestial bodies in our solar system in increasing order based on their size.
Sun, Jupiter, Saturn, Uranus, Neptune, Earth, Venus, and Mars.
What is celestial bodies?A glowing plasma spheroid that is held together by its own gravity is the basic building block of a star, a type of astronomical object. The Sun is the star that is closest to Earth.
Due to their immense distance from the Earth, many additional stars are visible to the unaided eye from the surface of the planet at night while gazing at a variety of fixed luminous locations in the sky. The brightest stars received formal labels, and historically, the most visible stars were organized into constellations and asterisms.
Star catalogues that list known stars and provide standardized stellar designations have been assembled by astronomers. However, the number of stars in the universe is estimated to be over 300 sextillions (3 1023), including all-stars outside of our galaxy (the Milky Way).
Therefore, Sun, Jupiter, Saturn, Uranus, Neptune, Earth, Venus, and Mars.
To learn more about celestial bodies, refer to the link:
https://brainly.com/question/28876984
#SPJ5
How does oxygen production relate to the rate of photosynthesis?
Photosynthesis produces the glucose that is utilized in cellular respiration to make ATP. The glucose is then transformed back into carbon dioxide, which is used in photosynthesis. While water is split down to form oxygen through photosynthesis, in cellular respiration oxygen is mixed with hydrogen to form water.The oxygen production compares to the rate of photosynthesis because there is a greater flow of oxygen when it narrates to photosynthesis at a great rate.
The overall reaction is described as follows.
H₂O + CO₂ → C₆H₁₂O₆ + O₂
Denise heats a beaker of dilute acid on a hot plate in a fume hood. What should Denise wear to best protect herself when she transports the beaker to a balance outside the hood?
A. heat-proof gloves, a lab coat, and close-toed shoes
B. goggles, a lab coat, and close-toed shoes
C. goggles, a lab coat, and heat-proof gloves
D. goggles, a lab coat, heat-proof gloves, and close-toed shoes
Answer: Option (D) is the correct answer.
Explanation:
Working in a laboratory can be dangerous if proper precautions are not followed.
Since, Denise heats a beaker of dilute acid on a hot plate in a fume hood so, he should be wearing goggles, a lab coat, heat-proof gloves, and close-toed shoes.
This is because even if accidentally acid spurts or falls on his feet then his skin must be covered so that he doesn't get burned.
A marine biologist was taking photographs of ocean animals. One animal had tentacles with long stinging cells on the end. Which of these groups did the animal belong to?
A.
mollusks
B.
cnidarians
C.
arthropods
D.
sponges
Final answer:
The animal observed by the marine biologist, characterized by tentacles with long stinging cells, belongs to the group of (option B.) cnidarians. This group, which includes jellyfish, corals, and sea anemones, uses cnidocytes with nematocysts to immobilize prey.
Explanation:
A marine biologist observed an animal with tentacles possessing long stinging cells at the end, indicating that the animal belongs to the group cnidarians. Cnidarians, a phylum that includes organisms like jellyfish, corals, and sea anemones, are known for their unique cells called cnidocytes, which contain nematocysts (stingers). These specialized cells are designed to immobilize prey with toxins, allowing cnidarians to catch their food effectively. The presence of tentacles with stinging cells is a distinctive feature of cnidarians, distinguishing them from other groups such as mollusks, arthropods, and sponges.
Genetic Engineering in Bacteria. Human DNA is spliced into the _______, which is a small ring of DNA in bacteria. The _________ takes up the plasmid. It now contains the human gene. The bacterial cell reproduces the _____________ that the human gene codes for.
How do estuaries compare in terms of production compared to other areas?
There is no productivity in an estuary.
Estuaries are the most productive of all marine ecosystems.
Estuaries are productive, but far less than other marine ecosystems.
Estuaries are the least productive of all marine ecosystems
Estuaries are the most productive of all marine ecosystems due to their nutrient-rich waters and abundant sunlight, making them vital breeding grounds for many species. They support high biodiversity and provide essential ecological and commercial services.
Estuaries are the most productive of all marine ecosystems. They are partially enclosed areas where freshwater from rivers or streams meets and mixes with salty ocean water. This unique environment is highly productive due to the abundance of nutrients from both freshwater and saltwater sources, along with the shallow waters allowing sunlight to penetrate, which supports photosynthesis. As a result, estuaries act as crucial nursery grounds for many species of fish, birds, and invertebrates.
Due to their high productivity and biodiversity, estuaries provide essential ecological services. They support commercial activities, as many major metropolitan areas and ports are located near estuaries. The combination of nutrient-rich waters and protected environments makes them prime habitats for a diverse range of plant and animal life.
In the new york seismogram the first p wave was recorded at 9:01 UTC , UTC is the international standard on which most countries base their time . at what time UTC did the earthquake actually occur ?
The actual time an earthquake occurred is calculated by subtracting the travel time of the P-wave from its recorded arrival time.
Explanation:In order to determine the actual time of an earthquake occurred, we often subtract the travel time of the P-wave from the recorded arrival time. Seismologists use a critical fact that P-waves travel at a constant speed of about 6 km/s through the Earth's crust.
Given the speed of P-waves is 6 km/s as an average, which means they cover a distance of around 340 km every minute.
If the New York seismograph station is located 340 km away from the earthquake's epicenter, the P-wave from the earthquake would have taken one minute to reach the seismograph. So, if the P-wave was recorded at 9:01 UTC, the earthquake might actually occur at 9:00 UTC.
This calculation assumes an average speed of P-waves and an exact distance of 340 km, which may not always be the case. The actual time of an earthquake could have been a minute or two different depending on these variables.
Learn more about Earthquake here:https://brainly.com/question/21901822
#SPJ12
The cells in your body need nutrients and other materials to stay alive. To be used by your cells, the materials must be
a. slightly acidic
b. eukaryotic
c. dissolved in fluid
d. transgenic
The cells in your body need nutrients and other materials to stay alive. To be used by your cells, the materials must be dissolved in fluid. The correct option is c.
What is a cell?Cells are the fundamental building blocks of all life. Various of cells make up the human body. They give the body structure, absorb nutrients from food, and convert those nutrients into energy.
The cell, first discovered by Robert Hooke in 1665, has a rich and interesting history that has led to many of today's scientific advances.
Cells, as we've seen, require a constant supply of energy to generate and maintain the biological order that keeps them alive.
This energy is derived from the chemical bond energy in food molecules, which serve as fuel as a result.
To survive, cells in the body require nutrients and other materials. The materials must be dissolved in fluid before they can be used by cells.
Thus, the correct option is c.
For more details regarding cell, visit:
https://brainly.com/question/3142913
#SPJ6
Explain why some substances are able to pass through the cell membrane
Look at the protein below.
What is its function?
A. Forming tendons
B. Storing energy
C. Moving material into cells
D. Transporting oxygen
Answer;
-Forming tendons.
Explanation;
-Dense regular collagenous connective tissue forms structures such as tendons, which connect muscles to bones, and most ligaments, which connect bones to bones. The collagen fibers of dense connective tissue resist stretching and give the tissue considerable strength in the direction of the fiber orientation.
-Tendons consist of dense regular connective tissue fascicles encased in dense irregular connective tissue sheaths. Normal healthy tendons are composed mostly of parallel arrays of collagen fibers closely packed together.
What is the first 25 cm of the small intestine called?
Why is UVA light considered a mutagen?
It penetrates the skin and can cause mutations.
It can be prevented by wearing a protective vest.
It produces chemicals that can be inhaled.
It is found in synthetic dyes and cosmetics.
An agent able to cause DNA mutations is called mutagen. UV light is the most common source of radiation that affects DNA, but it is a weak radiation and it penetrates only the surface cells of your skin. However, UVA radiation is considered as a mutagen because it penetrates deep into the skin and can cause mutations.
UVA light is a mutagen because it can penetrate the skin and cause DNA damage. This damage can lead to mutations and potentially skin cancers. Protective clothing and sunscreen can help mitigate the risk.
Explanation:UVA light is considered a mutagen because it has the ability to penetrate the skin and cause mutations. It does this by causing damage to the DNA in the cells of the skin. When UVA light hits the skin, it can break DNA strands or cause errors during DNA replication, which can result in mutations. Over time, these mutations may accumulate and lead to skin cancers like melanoma.
One way to protect oneself from UVA light is by wearing protective clothing or using sunscreens. However, prevention is not always complete, as some amount of UVA light can still get through these protective barriers.
Learn more about UVA Light and Mutations here:https://brainly.com/question/1116897
#SPJ6
What is one evolutionary advantage angiosperms have over gymnosperms?
Answer: The one evolutionary advantage of angiosperm over gymnosperm is the pressence of flowers. The pressence of flower makes it most successful among other plant group. The pressence of flower in the plant makes plant look more attractive and attracts insects for pollination. This property allows better transportation of flower.The more the insects are attracted towards the plant the transportation of seed will be more.
which gland in the endocrine system is involved in dwarfism?
Answer: Pituitary Gland
Explanation:
Pituitary dwarfism or the growth hormone deficiency is the condition in which the pituitary gland of the body does not makes enough hormone.
This results in a slow growth in the child and it results in small stature. The height of the child does not increases and and other growth related characters are also not found at the right time.
This is so because the growth hormones are not released from the pituitary gland.
Compare the chromosomes in the two daughter cells produced by Meiosis I. Do these chromosomes have the same alleles? How do you know?
The products of photosynthesis are the
An organic compound that contains carbon, hydrogen, and oxygen is most likely