Answer:
b
Explanation:
what adaptations have allowed tetrapods to survive on land
Answer:
It is extremely useful for terrestrial organisms because it allows them to use their hindlimbs efficiently for locomotion on land. Since the aquatic ancestors of fishes and tetrapods had no such connection, one might guess that this feature first evolved serving the function of enabling terrestrial locomotion.
Answer: When the land animals began to use the fins for standing and walking, the girdle bones had to become stronger to support the body on the legs. These bones eventually became the femur (upper leg bone) and humerus (upper arm bone) of the tetrapods
Stronger earthquakes closer to the surface and gas
explosions
Answer:
Aftershocks are sometimes just as hazardous as the main quake itself. In fact, aftershocks may be so strong that they're stronger than the main quake. ... While foreshocks occur around the same time of the main quake, aftershocks may not occur until days or weeks later! The point at the Earth's surface directly above the focus is called the epicenter of the earthquake. At the epicenter, the strongest shaking occurs during an earthquake.
Hope this helps, have a great day/night, and stay safe!
The diagram below shows a phospholipid molecule.
Which of the following best describes how this molecule is produced by eukaryotic cells?
Question 12 options:
The nucleus sends out mRNA to the smooth ER (endoplasmic reticulum) so it can assemble the phospholipids using amino acids that are transported into the cell by the cell membrane. Vacuoles carry glucose to the smooth ER to supply the energy.
The enzymes needed to assemble it are from the Golgi. The smooth ER (endoplasmic reticulum) assembles the phospholipids using fatty acid tails that are transported into the cell through the cell membrane. Energy for the reaction comes from the mitochondria as ATP.
The enzymes needed to assemble it are from ribosomes. The rough ER (endoplasmic reticulum) assembles the phospholipids using energy from the mitochondria. The cell membrane transports new amino acids into the cell that are changed in the phospholipid.
The nucleus sends instructions out to the smooth ER (endoplasmic reticulum) to build the phospholipid. The cell membrane transports fatty acid tails into the cell to be used, and energy for the reaction comes from the mitochondria as ATP.
The nucleus sends instructions out to the smooth ER (endoplasmic reticulum) to build the phospholipid. The cell membrane transports fatty acid tails into the cell to be used, and energy for the reaction comes from the mitochondria as ATP.
How phospholipids are formed?Phospholipids are made from glycerides by replacing one of the three fatty acids by a phosphate group with other molecule that is attached to its end. There are many forms of phospholipids such as sphingomyelin, which is derived from sphingosine as compared to glycerol which is used in many other phospholipids. The nucleus sends instructions to the smooth endoplasmic reticulum in order to formed the phospholipid. The cell membrane transports fatty acid into the cell. The energy that is used for the reaction comes from the mitochondria which is powerhouse of the cell as ATP molecule.
So we can conclude that option d is the right answer for the given question.
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List all the possible effects of you receiving a transfusion of distilled water
If an individual is given a transfusion of distilled water, the possible effects include the following:
the blood becomes hypotonic the cell blood cells take in water and swellThe swollen red blood cells undergo hemolysis.What is distilled water?Distilled water is pure water that is obtained from the process of distillation.
During the process of distillation, water containing other impurities or dissolved substances is heated until it is vaporizes at the boiling point of water
The water vapor is then allowed to condensed to form liquid distilled water.
Distilled water is very pure and does not not contain any dissolved solutes.
If an individual is given a transfusion of distilled water, the possible effects include the following:
the blood becomes hypotonic the cell blood cells take in water and swellThe swollen red blood cells eventually burst due to excess watering entering the cells. This is known as hemolysis.In conclusion, receiving a transfusion of distilled water will lead to bursting of blood cells.
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Answer fast please
How are tundra biomes good/bad for the environment?
Answer:
Threats to the tundra biome
The oil, gas, and mining industries can disrupt fragile tundra habitats. Drilling wells can thaw permafrost, while heavy vehicles and pipeline construction can damage soil and prevent vegetation from returning. This activity also increases the risk of toxic spills.
What is the environment like in the tundra?
Tundra ecosystems are treeless regions found in the Arctic and on the tops of mountains, where the climate is cold and windy, and rainfall is scant. Tundra lands are covered with snow for much of the year, but summer brings bursts of wildflowers.
Explanation:
Brainliest please?
Answer:
The tundra biome is good for the environment because it keeps the temperature regulation of our earth. It is bad for the environment because it is turning into a source of greenhouse gas emissions.
Explanation:
Hello! I Need help with this. Please Help Make Sure you explain your answer i will be marking brainliest to the first person who has the right answer")
Answer:
i think its b
fugate m (1998) branchinecta of north america: population structure and its implications for conservation practice. in: ecology, conservation and management of vernal pool ecosystems – proceedings from a 1996
Ecology, conservation and management of vernal pool ecosystems – proceedings from 1996 is a research paper
What is this research paper about?California has 32 million residents, and that number is still increasing remarkably quickly. Ninety-five percent of the state's wetlands have been lost due to rapid population increase (Dahl, 1990). Vernal pools are one type of wetland that has seen exceptionally severe losses. This study addresses the urgent need to justify the creation of an ecologically sound compensation scheme for vernal pools that will be part of a larger vernal pool conservation strategy. They also talk about how to maintain and restore the functional integrity of vernal pool wetland ecosystems by creating a compensating mitigation plan that is ecologically based. They think vernal pool conservation can be carried out while also improving effectiveness within the current federal, state, and municipal regulatory framework.
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Using a microscope, Quinlin notices a small green organelle inside a cell. Which of the following is most likely to occur first in this organelle?
A Glucose is made.
B ATP and hydrogen are used to make larger molecules using CO2.
C The light-dependent reactions absorb sunlight and transfer the energy to electrons.
D The light-independent reactions absorb carbon dioxide to make larger organic molecules.
Answer: B ATP and hydrogen are used to make larger molecules using CO2.
Explanation:
Answer:
Its C
Explanation:
I took the test
I need help on this question help
Answer: the answer is A
Explanation:
Can someone please help me
9-11
1. How do spider monkeys help maintain a stable climate?
2. What is special about a fungi that grows on sloth’s fur?
3. What is one of the driving forces behind the sixth mass extinción we find ourselves in?
4. What is worse: biodiversity loss or climate change?
5. How does eating less meat help in protecting the environment?
Answer:
1. They play a key role in seed dispersal, allowing their forest environment to continue to grow and thrive.
2. Resist parasites that cause malaria, some cancers, and a number of other pathogenic bacteria
3. Loss include climate change, deforestation, habitat degradation, and hunting
4. Climate change
5. One of the quickest ways we can lower our collective greenhouse gas emissions is to eat less meat.
Figure 1 is a diagram of water molecules at the air-water interface at the surface of a pond.
Based on Figure 1, which of the following best describes how the properties of water at an air-
water interface enable an insect to walk on the water's surface?
Hydrogen bonds among molecules on the floor of the water offer floor anxiety, which lets in the water floor to deform however now no longer ruin beneathneath the insect.
Water striders are capin a position to stroll on pinnacle of water because of a aggregate of numerous factors. Water striders use the excessive floor anxiety of water and long, hydrophobic legs to assist them live above water. Water striders use this floor anxiety to their benefit via their enormously tailored legs and dispensed weight.
Insects can stroll on water due to a phenomenon known as floor anxiety. This is largely a assets of water (or any liquid) which lets in it to face up to an outside force.
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12. Which statements about cancer are true. Mark all that apply.
There is just one type of cancer.
Cancer is a contagious disease.
Heredity (genetics) can affect someone's chances of getting some types of cancer.
Cancer is caused by multiple mutations in the genes that control cell division.
Answer:
Heredity (genetics) can affect someone's chances of getting some types of cancer.
Cancer is caused by multiple mutations in the genes that control cell division.
What is a case of an environmental effect changing a phenotype?
A. Caterpillars that receive two recessive traits from parents develop no wings as a defect.
B. Caterpillars with a parent with red wings and another with blue wings develop purple wings.
C. Caterpillars in cocoons under different colors of light develop different-colored wings.
D. Caterpillars with both parents having red wings develop red wings.
What is the most questionable phrase when used in advertising?
Answer:
me
Explanation:
Answer:
secret formula
The circle graphs show the compositions of four different
soils.
Witch will be the most fertile?
Answer:
number 4 41 clay sediment 22 air 9 humus 28 water
According to the information, among the four different soils, soil type 4 is the most fertile one.
What are the different types of soils?The different types of soils are as follows:
Clay soil: It is heavy, high in nutrients, wet and cold in winter, and baked dry in summer.Sandy soil: It is light, dry, warm, low in nutrients, and often acidic.Silt soil: It is fertile, light but moisture-retentive, and easily compacted.Loamy soil: It is the mixture of clay, sand, and silt that avoid the extremes of each type.Riverine soil is typically formed by the deposition of small particles and sediments that are consequently carried by rivers and sea waves over many years, which makes this soil very fertile.
It consists of various proportions of sand, silt, and clay. It is also rich in organic nutrients. Soil type consists of a good quantity of clay, humus, water, and air. It is one of the most ideal and fertile soil.
Therefore, according to the information, among the four different soils, soil type 4 is the most fertile one.
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Which structure is represented by letter A?
Choose 1 answer:
(Choice A)
Cell membrane
(Choice B)
Ribosome
(Choice C)
Cytosol
(Choice D)
Flagellum
Answer:
Choice B- Ribosomes
Explanation:
From the figure of a bacterial (prokaryotic) cell (most probably), The Ribosomes are spiky organelles [Marked as A], that are embedded in the Cytosol [Marked as B] of the cell, bounded by the Cell Membrane (wall) [Marked as C] and the cell moves in all directions with a help of its tail-like structure called Flagellum [Marked as D].
Answer:
B
Explanation:
It's a ribosome.
:) (Gutschriften)
Please help me anyoneeeeee???:(
Answer:
with which question?
Explanation:
What can Mosquitos do to people
Explanation:
it will cause not just humans but also some living things such as dog, cows, house. etc to feel restless and you can also get infected when stinks by the female once
Thick, ngid outer wall
found in plant cells,
but not animal cells. It
provides support and
protection for the cell?
Answer:
Cell Wall Explanation:
Answer:
cell wall and Chloroplasts
Explanation:
If the pride is taken over by new individuals, what happens to the females? males? cubs?.
The cubs are a significant barrier to reproduction when a new male coalition first takes control of a pride. Mothers of surviving cubs won't mate again until their young are at least 18 months old, but if their cubs are lost, they will mate right away.
Following that, males leave on their own or are driven out by other men who take control of their pride. It is common for a new male to kill all the cubs when he joins the pride in order to pass his genes on to all future cubs. The major function of males in the pride is defending the pride's territory.Female lionesses will devour the cubs of other pride, but not the cubs of their own pride. The "egalitarianism" of female lions stands in stark contrast to the autocratic behavior of wolves, wild dogs, and several other species, where dominant females prevent subordinates from reproducing.When a female lion gives birth, she leaves the pride and doesn't come back until the cubs are several weeks old. After that, the adult females band together to take care of and protect the young.Learn more about pride here:
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2016 baltzer a comparison of outcomes of triceps motor branch-to-axillary nerve transfer or sural nerve interpositional grafting for isolated axillary nerve injury.pdf
The aim of this study was to review the authors' experience with axillary nerve injury management and compare functional outcomes following the two treatment options.
Even though the question of nerve transfer versus grafting for restoration of axillary nerve function is controversial It demonstrates that grafting can result in good objective functional outcomes particularly during an earlier time course after injury. This question requires further investigation in a larger, prospective patient population with in depth study and knowledge
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Solution that has a higher solute concentration on one side of a membrane than the other side.
A solution that has a higher solute concentration on one side of a membrane than the other side is termed as a hypertonic solution.
The cell membrane is a semi-permeable membrane that allows selective entry of materials into and out of a cell. Due to this, a concentration gradient develops inside and outside of the cell.
Such a solution that has more solutes present is referred to as a hypertonic solution. As a result of the hypertonic solution, a concentration gradient will be developed. Of a hypertonic solution is present inside the cell, then water from outside will enter the cell. On the other hand, if a hypertonic solution is present outside the cell, then water from inside the cell will move outwards.
Although a part of your question is missing, you might be referring to this question:
Solution that has a higher solute concentration on one side of a membrane than the other side.
a. hypertonic
b. hypotonic
c. isotonic
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_____inherited traits that increase an organisms chance of survival, also determine an organism’s niche.
Answer:
Adaptations are inherited traits that increase an organism's chance of survival, also determine an organism’s niche.
Explanation:
Adaptations can be defined as inherited traits that increase an organism's chance of survival and determine its niche. An organism's niche is the place it has in an ecosystem it inhabits - how it lives and survives in it and how it affects it and other species.
Adaptations are a necessary occurrence. As the organism's habitat changes, it has to change as well. In order words, it has to adapt. This process is supported by natural selection - the mechanism that ensures that an advantageous characteristic will become the most common one.
An example of adaptation is what an animal's teeth look like. The shape of an animal's teeth heavily depends on its diet. If it's a herbivore, it will have many molars for chewing grass and plants, and if it's a carnivore, it will have sharp canines to help it tear meat.
what cultural changes did bipedalism cause
Answer: Taller creatures were able to reach higher places for food and interact with different creatures. This changed family life when parents had to care for their young for a longer period of time and for working together.
Explanation:
One student made the incomplete diagram shown below to represent the relationship between magma, igneous rocks, and metamorphic rocks:
three ovals, labeled from left to right, metamorphic rock, magma, and igneous rocks respectively.
Which of these is the correct next step to complete the diagram?
Put an arrow labeled cools and crystallizes, pointing from igneous rocks to metamorphic rocks.
Put an arrow labeled cools and crystallizes, pointing from metamorphic rocks to igneous rocks.
Put an arrow labeled heat and pressure, pointing from igneous rocks to metamorphic rocks.
Put an arrow labeled heat and pressure, pointing from metamorphic rocks to igneous rocks.
30 POINTS
Answer:
Because you know when the magma falls down as lava
Explanation:
When the lava grows it boils the rocks createing a burn of magma
Answer:I think it’s c
Explanation:
to test the smell of a substance, partially fill your lungs with air and, while standing slightly back from the fumes, use your hand to waft the odors gently toward your nose.
It is true that to test the smell of a substance, partially fill your lungs with air and, while standing slightly back from the fumes, use your hand to waft the odors gently toward your nose.
What is the odor?An odor basically caused by one or even more volatilized chemical compounds, which are usually encountered in low concentrations also it can be detected by humans and animals using their sense of smell.
An odor is also referred to as a smell or even scent, and it can be either pleasant or can also be unpleasant.
To test the pleasance of an actual content, person temporarily fill the lungs with air and, standing gently downward from the fumes, gently billow the odors toward the nasal passages with the hand.
Thus, the given statement is true.
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Which phrase describes an interaction between the hydrosphere and the
atmosphere?
A. water condensing to form clouds
B. plants removing carbon dioxide from the air
C.wind and water eroding rocks to form sediment
Plants removing carbon dioxide from the air is an interaction between the hydrosphere and the atmosphere.
The hydrosphere provide water for the crops to grow.The soil provide minerals to give a good yield to crops.The air provide carbon dioxide to the crops for photosynthesis and in return the plants give off oxygen to the air.What is carbon dioxide?
It is a colorless, odorless gas that is produced by burning carbon and organic compounds and by respiration.
What is hydrosphere?
It is the total amount of water present on earth including on surface , in ground and in the air.
What is atmosphere?
It is the layer of gases that envelope the planet and is held in place by gravity of the planet.
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If a DNA strand has 32 % guanine before semi conservative replication occurs, what
percent thymine will each new strand have after replication?
Answer:I believe that the answer would be 18
Explanation:
32 divided by 2 is 18
If a DNA strand has 32% Guanine before semi-conservative replication occurs, then the percent Thymine will each new strand have after replication will be 18%.
The deoxyribonucleic acid (DNA) is a double helix molecule composed of four types of nucleotides: Adenine (A), Thymine (T), Cytosine (C) and Guanine (G).In DNA, Adenine (A) always pairs with Thymine (T), whereas Cytosine (C) always pairs with Guanine (G). The replication of DNA is semi-conservative because after replication each DNA molecule contains one original DNA strand and one newly-synthesized DNA strand.If a DNA molecule contains 32% of Guanine, then the content of G + C is equal to 64%, so the content of T + A is equal to 36% (64 + 36 = 100) and T content is 18% (18 + 18 = 36).In conclusion, if a DNA strand has 32% of Guanine before replication, then the percent of Thymine after replication will be 18%.
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A solution is classified as a weak base. Which of these could be the pH of the solution?
A)2
B)6
C)10
D)13
Answer:
C
Explanation:
pOH increases from 7 towards 14.