Answer:
A climax community is the final stage of succession, remaining relatively unchanged until destroyed by an event such as fire or human interference.
Which is the role of the gall blabber
How might retaining too much heat be a disadvantage to an organism?
Excessively heat can damage the plasma membrane and disrupt subcellular structures such as membrane proteins and enzymes.
What are subcellular structures?The following are the primary subcellular structures found in animal cells: The nucleus is where genetic material is stored.
Cell membranes regulate what enters and exits the cell. Mitochondria: aerobic respiration site. Ribosomes are the sites where proteins are synthesized.
Protein denaturation occurs at high temperatures and affects protein folding, bonding, and other types of behavior.
Furthermore, membrane proteins play an important role in cell function regulation. If these are disrupted, the system will be unable to maintain homeostasis, or a stable internal environment.
Heat can damage the plasma membrane and disrupt subcellular structures like membrane proteins and enzymes.
Thus, this way, retaining too much heat can be a disadvantage to an organism.
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1. Which of the small solar system bodies orbit the sun in only a few years or as many as hundreds of thousands of years?
Meteors
Meteorites
Comets
Asteroids
Answer:
Comets
Explanation:
I got the answer
Biological pest control involves
Answer:
eliminating pests with pesticides
Explanation:
just 23 and 24 please and thank you.
Answer:
6he interphrase would be 34 and the meter phrase whoud be 49 if i am correct
Explanation:
Answer:
23- 69.9%
24- 8.9%
Explanation:
those are both percentages because there's cells in each and everyone of the stages
If an individual has the genotype Bb, what alleles can it pass on to its
offspring?
A. Only B
B. Neither B norb
C. Either B or b
D. Only b
If a person possesses the genotype Bb, either the B or the b alleles can be passed on to their progeny. So, the correct option is C.
What is Genotype?An organism's genotype is made up of all of its genetic components. The alleles or variations that an individual carries inside a specific gene or genetic region are also referred to as the genotype.
The term "genotype" relates to an organism's whole gene pool, or, in other words, the genetic make-up of that creature. The phrase can also be used to describe to the alleles, or different forms of a gene, that an organism carries in a more specific meaning. Symbols can be used to symbolise it. For illustration, BB, Bb, and bb could be used to denote a certain gene variant.
If a person has the genotype Bb, as in the example above, then either the B or the b alleles can indeed be passed on to their progeny.
Therefore, the correct option is C.
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Help please I have no time
Answer:
C
Explanation:
the leopard, Lion and tiger are of the same" Panthera" genus
please mark as brainliest
The roots of plants are important to photosynthesis because they... A. remove glucose from the plant. B. remove oxygen from the plant. C. provide the water needed. D. provide the carbon dioxide needed.
Answer:
C. provide the water needed
Explanation:
Plants cannot absorb water effectively through the stem or leaves, so they have roots to absorb moisture (and nutrients) from the soil
I need help please if your smart only lol.
The answer you are looking for is D.
please help idk what’s the answer
Answer:
first is the right answer
where in the cell does the electron transport part of the cellular respiration occur ?
Answer:
mitochondria
The Krebs cycle and electron transport occur in the mitochondria. The Krebs cycle takes place in the matrix, and electron transport takes place on the inner membrane. During the Krebs cycle, pyruvate undergoes a series of reactions to produce two more molecules of ATP and also several molecules of NADH and FADH2.
Q35. (2pts) Describe how the antidote (treatment) helped Jared's cells make ATP (include the ETC and H+ gradient in your answer).
This is from gizmos if you know this pls help me out
Answer:
The antidote entered into Jared's cell and targeted the cyanide that was disrupting his Electron Transport Ch...
Explanation:
The antidote entered into Jared's cell and targeted the cyanide that was disrupting his Electron Transport Chain. The antidote changes the cyanide into a molecule called thiocyanate. Jared’s body can now remove this molecule through his excretory system. As the cyanide is removed, electrons can now leave the ETC by reacting with O2 to make water. His ETC can now get new electrons from NADH this then means he is able to move more H+ into the inter-membrane space. Jared’s cells can now make ATP again.
The antidote binds cyanide. This binding impedes cyanide to inhibit the cytochrome oxidase action. As the cytochrome reactivates, electron transport reactivates as well, and ATP is synthesized again.
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Ion cyanide inhibits cellular respiration by binding to the ferric ion of cytochrome oxidase and blocking the electron transference.
Because the electron transporter chain is interrupted, there is no ATP production, and muscles do not get enough energy.
The antidote enters Jared's cells and targets cyanide.
When the antidote meets cyanide, it binds to this last one and blocks its effect on cytochrome oxidase.
As cyanide can no longer bind the ferric ion of cytochrome oxidase, the enzyme remains active, and the electron transport is reactivated.
As electrons move along the chain, protons are pomped to the intermembrane space.
ATP production reactivates again as well because the proton gradient is used to produce ATP molecules.
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What would be the calculated population density of diamondback rattlesnakes if there were 20 snakes
living in an area of desert that is 20 square kilometers?
A) 1 rattlesnake per square kilometer
B) 10 rattlesnakes per square kilometer
C) 40 rattlesnakes per square kilometer
D) 5 rattlesnakes per square kilometer
Answer:
Choice A
Explanation:
If there is 20 snakes living in an area of desert that is 20 square kilometers that means we should get how many snakes are in 1 km and that's only 1 because you would do 20/20.
which is the smallest unit of measurement? (out of these) centimetre micrometre millimetre nanometre
Answer:
Nanometer
Explanation:
A Nanometer is 1000 time smaller than a Micrometer and a micrometer is 1000 time smaller than a millimetter and so on.
The smallest unit of measurement among the options given is the nanometre (nm).
What is the unit of measurement?A unit of measurement is a defined quantity used to express a physical quantity such as length, mass, time, volume, or temperature. Units of measurement provide a standard reference for comparing and measuring physical quantities.
There are several systems of units used around the world, including the International System of Units (SI), the British Imperial System, and the United States Customary System. The SI system is the most widely used system of measurement, and it is based on the metric system.
SI units are defined using a set of base units, such as the meter for length, the kilogram for mass, and the second for time. Other units, such as the Newton for force or the Watt for power, are derived from these base units.
In addition to the SI units, there are also non-SI units that are widely used in various fields, such as the Angstrom for measuring atomic distances in chemistry and the knot for measuring speed in marine and aviation industries.
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1. results in no motion of the object because forces are equal and in opposite directions
A. blanced forces
B. Unblanced forces
Answer:
Balanced Forces
Explanation:
When the forces acting on an object have equal strength and act in opposite directions, they are balanced.When the forces acting on an object are unbalanced, they do not cancel out one another.
if random chromosome alignment already shuffles chromosomes around so the eggs and sperm get a good mix of some “mom” alleles and some “dad” alleles, why do we even need to do crossing over
Answer:
The correct answer is - to produce recombinant that leads to genetic variation.
Explanation:
Random shuffling or random alignment of the chromosome during gamete formation allows the formation of new allele combinations. In the crossing over the parts of the homologous chromosomes are switched between homologous and recombinants are formed that shows are genetic variation.
So, now they have different allele combinations and chromosome combinations as well. Random shuffling does not provide genetic variations as crossing over
please identity each of these weed by their botanical names
Answer:
I cannot see it properly , can you take a better picture???
Explanation:
Answer:
neemgulmohartulsihope it helps
What usually happens to an ecosystem after a sudden catastrophic change?
Please answer quickly
Answer:
Explanation:
What occurs is ecological succession. When an entire ecosystem is suddenly changed due to a catastrophic scenario it gets replaced by another. Other plants or animals replace the ones that got wiped out in an event such as a big forest fire or flood. Only if the place of the catastrophe somehow becomes uninhabitable another ecosystem won't come out of the old one.
Why do you think scientists call both liquids and gases by the same term-fluids?
Colour blindness is a sex linked-linked disorder.
Caused by the alleler on the X chromosome. The Y
chromosome does not have a gene for this
disorder. Draw a punnet square to show how two
people without colour blindness can have a child
with
PLEASE HELP
Noah is a 3-year-old boy recently diagnosed with epilepsy. He presented to his pediatric advanced practice registered nurse (APRN) in a primary care clinic with 2 weeks of increased seizure activity after a medication change. Symptoms also included a sudden increase in lethargy, ataxia, and drowsiness. Test results showed elevated ammonia, liver function, and an abnormal electroencephalogram reading. Which cell organelle is not working properly?
Answer:
Mitochondria
Explanation:
Mitochondrial diseases are a group of diseases caused by dysfunctional mitochondria, organelles that generate energy for the cell. Mitochondrial diseases are often caused by mutations, acquired, or inherited in the mitochondrial DNA or nuclear genes that code for respiratory chain complexes in the mitochondrion. Mitochondrial diseases involve multiple organs and show heterogeneous and unpredictable progression. The most common clinical presentation of mitochondrial diseases is encephalomyopathy, and epileptic seizures can frequently occur as a presenting sign of mitochondrial encephalopathy.
In periods of hot, dry weather, the small pores (holes) on the surface of leaves of most plants will close in order to reduce water loss. When these pores are closed, carbon dioxide is restricted from entering the leaf. As a result, what product will also decrease? a. Cellular respiratory b. Water c. Glucose d. Carbon dioxide
When the figure skater had her arms out, she was spinning slowly. The more she pulled her limbs in, the faster she spun. Why did she start spinning faster when she pulled her arms in?
Answer: She spun faster because her mass was closer to her center of rotation. The rate of spin increased to conserve angular momentum.
Explanation: plato answer
In what ways is packaging an important use of energy and materials
Answer:
Packaging allows products/goods to be kept inside. The goods alone is what people need or want. Because of this, too much sophisticated packaging wastes energy and materials, so it can produce, distribute, dispose, and recycle it.
Answer:
the material you are using is a material being wasted
Explanation:
Which systems work together to fight infection in the body?
What is thermal energy? Why do we need it?
Answer:
Thermal energy is basically heat and we need it because without heat we would not have any warm feelings in our houses and stuff...
Explanation:
Answer:
Thermal energy is defined as a type of energy which is contained within a system which is responsible for temperature rise.
we need it because without heat we would not have any warm feelings.
Explanation:
explain how the repiratory and the circulatory system work together. To make gas exchange possible.
Answer:
here's the more, get to the point answer: so the circulatory system is responsible for gas exchange between tissues and blood that we need. All living creatures (including us) have blood and that blood absorbs oxygen and releases carbon dioxide to/in the lungs (respiratory system). Thus the circulatory and respiratory system helps us to obtain oxygen and discharge carbon dioxide
Explanation:
hope this helps
Answer:
The two systems work together in several ways. First, the respiratory system brings oxygen in the air to the alveoli in the lungs. The circulatory system then delivers the oxygen to the cells. Second, the circulatory system picks up carbon dioxide from the cells and carries it to the lungs, where it is released when we exhale.
Explanation:
This is what I did thank you have a nice day
HELP ASAP WILL MARK BRAINLIEST! Idk if my answer is right please help
What do you think caused people to accept the heliocentric model of the solar system?
Answer: The heliocentric model was generally rejected by the ancient philosophers for three main reasons: If the Earth is rotating about its axis, and orbiting around the Sun, then the Earth must be in motion. ... Hence, the Earth must be stationary.
Explanation:
What does the suffix -zygous mean? (Genetics)
Answer:
Having a zygotic constitution of a specified kind:heterozygous.
Answer:
relating to the word zygous
i.e. heterozygous