A non-renewable resource is a resource that cannot be used more than once so a resource that does not replenish (replace) itself faster than being used is a non-renewable resource.
Answer:
Explanation:
In effect, a non renewable resource is the last one, but no one would agree.
Something found in forests (like tree wood) is renewable.
Anything that can be replenished faster than it is used is renewable.
The answer you are looking for is the second one. Anything that is mined is not renewable. If you place a chunk of gold in a dark room and leave it there for a century, you will not find you have more gold when your return. Once you mine something, it's gone.
Which of Mendel’s laws or principles of inheritance can be explained by the diagram? dominance independent assortment segregation genetics
Answer:
C) segregation because The principles that govern heredity were discovered by a monk named Gregor Mendel in the 1860's. One of these principles, now called Mendel's law of segregation, states that allele pairs separate or segregate during gamete formation, and randomly unite at fertilization.
Explanation:
Answer:
segregation
Ex: Got it right on eng
Which best explains what would happen to the muscular system if the digestive system broke down? A. No carbon dioxide would be available to the cells, and the organism would die. B. An increase in wastes would be sent to each cell, and they would become infected. C. Oxygen would not be removed, and the muscles would not be able to move. D. No energy would be available to the cells, and the organism would not be able to move.
Answer:
D. No energy would be available to the cells, and the organism would not be able to move.
Explanation:
Function of digestive system is to breakdown the nutrients into the simpler elements which in turn are absorbed by cells. These simpler elements, such as glucose, amino acids etc, serve enter the cellular respiration. Cellular respiration is the process of complete oxidation of nutrients to drive ATP synthesis. If digestive system breaks down, processes of digestion of food and cellular respiration would not occur. This would hamper the supply of ATP to muscles and the organism will not be able to move in absence of muscle movement.
The amount of matter in the Earth system remains constant over time. The forms and locations of the matter stored within the system, however, change continually as it cycles through the Earth.Matter can be transferred between which of the following elements of the Earth system?
A. from the physical environment to living organisms
B. from living organisms to the physical environment
C. from one living organism to another living organism
D. all of these
Answer:
The ANSWER is D. All of these
Explanation:
I just took the test and got it right!!!!! I HOPE THAT THIS HELPS YOU OUT A LITTLE!!!!!
Answer: D
Explanation:
3.a An antibiotic is added to a large population of bacteria. Explain why not all bacteria die?
b. If the antibiotic remains at constant levels, eventually there will be a large population of bacteria again. Explain why?
Answer: Antibiotic Resistant Mutation
Explanation: Not all of the bacteria die because there are individuals in the population that have an antibiotic resistant mutation, which causes them to be adapted to dealing with the antibiotic. There will be a large population of bacteria again because the ones with the mutation survive, reproduce, and pass the antibiotic resistance trait on.
explain why an increase in the average worldwide population is bad for the climate?
Answer: humans are extremly over populated anyway but if we increase people even more our pollution numbers will go through the roof, global warming will get super bad even worse than it is right now. Our kind will probaly evtually killall of our forests and we will over build areas causing plant and animals to die.
I hope this helps a thank and a brainlist would be greatly appreciated :P
The seismic waves in a 7.5 magnitude earthquake are ___ times larger than those in a 6.5 magnitude earthquake.
Answer:10x
Explanation:
How did cyanobacteria affect Earth's early atmosphere?
A.
They replaced oxygen with carbon dioxide in the atmosphere.
B.
They eliminated the harmful ultraviolet rays of the Sun.
C.
They replaced carbon dioxide with oxygen in the atmosphere.
D.
They absorbed ozone molecules from the atmosphere.
Answer:
The correct answer is option - C. They replaced carbon dioxide with oxygen in the atmosphere.
Explanation:
Cyanobacteria or Blue-green algae is a group of bacteria that is making its own food using water and carbon dioxide in the presence of sunlight, the process of photosynthesis
These organisms release oxygen as a byproduct of photosynthesis in the atmosphere. Through this process, these organisms replaced carbon dioxide with oxygen in the atmosphere in the early earth.
Thus, the correct answer is option C. They replaced carbon dioxide with oxygen in the atmosphere.
a group of genes that operate together are known as
A group of genes that operate together are known as chromosomes.
Chromosomes I believe, hope that helps!
Which structure is represented by the X?
The picture represents the respiratory system.
O
the pharynx
the larynx
o
the trachea
the bronchus
Ans. C. as the man above said its C, the trachea, this is true, im also taking the test and i looked up the body system and thats where the trachea is, were x is
C.
C.
Answer is C.
Answer:
c. the trachea
Explanation:
I took it on edge 2022
What is the equation for the chemical reaction of cellular respiration?
Answer:
See picture below for the equation.
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Assignment water and oceans graphic organizer exploration k12
1. Where does the energy that causes evaporation come from
2. What role does gravity play in the water cycle?
3. Describe the flow of one molecule of water through the water cycle, beginning in the ocean.
Answer:
1 Sun/ Solar
2- Allowing precipitation to fall
3- The water in the ocean gets enough sun one day and it evaporates and forms into a cloud. The cloud then relocates over the nearby land. The cloud becomes too dense with water vapor and gravity carries the water down as precipitation, most likely rain or snow. It then flows through little streams and back into the ocean to restart the process.
Answer:
1. In my point of view, I think the energy that causes evaporation comes from the sun. The sun is what heats the water and makes tiny vapors evaporate into the air which forms clouds.
2. Earth's gravity pulls matter downward, toward its center. It pulls precipitation down from clouds and pulls water downhill. It basically pulls water and precipitation downhill until it connects to a river which eventually runs into an ocean. It allows precipitation to fall.
3. The water in the ocean gets enough sun one day and it evaporates and forms into a cloud. The cloud then relocates over the nearby land. The cloud becomes too dense with water vapor and gravity carries the water down as precipitation, most likely rain or snow. It then flows through little streams and back into the ocean to restart the process.
Hope this helped!
Describe how minerals form in diagram C
Answer:
Explanation:
C is a volcano.
A volcano is as a result of igneous activities.
Volcanoes are landforms formed by the extrusion of magma on the earth crust.
Magma that reached the crust is called a lava and it is made up of molten rock minerals.
When the lava cools, it forms the rocks we see on the crust.
The mechanism by which minerals forms in a melt is known as differentiation. Differentiation is the process by which minerals separates from an originally uniform mixture. As temperature varies within the earth, new minerals forms by combining elements and others are broken down.
In a Volcano, the melt is the mineral soup. The melt is at a very high temperature. As it rises through the vent to the surface, temperature decreases very rapidly. When temperature reduces rapidly, it is difficult for large minerals to form. Minerals crystallise out of the melt according to the Bowen's reaction series and the composition of the melt.
We must note that, as the melt rises through the crust, it assimilates some crustal materials. Some of these materials can change the original composition of the melt as it rises. If such a melt orginates from the mantle, it mixes with crustal rocks and forms a rock bearing some mafic and felsic minerals.
It is typical to find fine grained rocks that lacks crystals in such a place. This is because the cooling of the melt was rapid and crystals could not form properly.
Minerals are formed when transition metals bond with other elements, often through the ions' formation process. Examples of these processes include the creation of mineral crystals in bone through the bonding of calcium and phosphorus, and the formation of ionic compounds. Ionic compound formation typically involves metals losing electrons and nonmetals gaining electrons to achieve a stable electron configuration.
Explanation:Minerals such as malachite, azurite, and proustite form when transition metals bond with other elements and create complexes. This process involves the formation of ions. For instance, atoms may lose or gain electrons, forming cations (positively charged ions) or anions (negatively charged ions) respectively. An example of this is the sodium atom losing electrons to form a sodium ion, or calcium forming a calcium cation.
In the specific case of calcium, it can bond with elements such as phosphorus to produce mineral crystals found in structures like bones. Another example of a chemical reaction involving calcium is the formation of solid calcium hydroxide from the reaction of solid calcium oxide with liquid water.
The formation of ionic compounds, wherein metals lose electrons and nonmetals gain electrons to achieve an octet, is also crucial in the formation of minerals. Lewis symbols often illustrate these electron transfers.
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if the water concentration inside a cell is higher than the water concentration outside the cell, water flows out of the cell. this method of molecular transport is called
Answer:
Exosmosis
Explanation:
Osmosis is the process of movement of water down the concentration gradient across a semi permeable membrane. Exosmosis is movement of water outside the cell through osmosis. Here, the water movement is shown to occur from the region of its higher concentration (inside the cell) to that of lower concentration (outside the cell). Plasma membrane serves as semi permeable membrane. So, the process is called as "exosmosis" with respect to cell.
The process where water flows out of a cell when the water concentration inside is higher than outside is called osmosis, a type of passive transport. This movement of water occurs through a semi-permeable membrane and is facilitated by proteins called aquaporins. It aims to balance water concentration inside and outside the cell.
Explanation:The method of molecular transport you've described, where water flows out of a cell when the water concentration inside it is higher than the water concentration outside, is known as osmosis. This process is a type of passive transport as it doesn't require any energy, instead, it relies on the natural tendency of water to move from regions of higher concentration to areas of lower concentration, via a semi-permeable membrane, in order to achieve balance.
This transportation is facilitated by aquaporins, which are proteins that form water channels in the cell membrane, enabling water to move more easily. Cells often expose themselves to an isotonic environment – one where the concentration of solutes is equal both inside and outside the cells, which keeps the concentration of water molecules the same as well and helps cells maintain their normal shape and function.
But when cells are placed in a hypertonic solution – one where the concentration of solutes is higher outside the cell compared to inside, water moves out of the cell to balance the concentrations, causing the cell to shrink, which is known as plasmolysis.
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Why might so many different methods be needed to study DNA and genes
Answer:
So many different methods might be needed to study DNA because DNA is a small structure, and having different methods to view it allows different parts to be viewed.
Explanation: Hope this helps. Please name me brainliest
how can eDNA technology could be misleading
The research on eDNA initiated in microbiology, recognizing that culture-based methods grossly misrepresent the microbial diversity in nature. Subsequently, as a method to assess the diversity of macro-organismal communities, eDNA was first analyzed in sediments, revealing DNA from extinct and extant animals and plants, but has since been obtained from various terrestrial and aquatic environmental samples. Results from eDNA approaches have provided valuable insights to the study of ancient environments and proven useful for monitoring contemporary biodiversity in terrestrial and aquatic ecosystems.
What is the number of species present in an ecological community known as?
Species __________ is the number of species present in an ecological community.
Answer:
spices richness
Explanation:
Species richness refers to the total number of different species present in a specific area or community
8. Which process is responsible for destroying shorelines along seawalls near urban areas?
O A. Groundwater infiltration
O B. Erosion
O C. Deposition
O D. Eutrophication
Answer: B. Erosion
Explanation:
Erosion is a process of removal of top and sub-surface layers of the soil and depositing them to other location. It is caused by physical agents such as water, wind and others.
Among the options given, erosion is the correct option this is because of the fact that erosion due to water will remove the sand and seawalls present on the shorelines. This can only be caused by seawater with high speed water currents.
Erosion is the process responsible for destroying shorelines near seawalls in urban areas, as it is exacerbated by human-made structures that interrupt natural sand replenishment. The correct option is B.
The process responsible for destroying shorelines along seawalls near urban areas is erosion. This happens when natural littoral processes like longshore drift are disrupted by human-made structures such as groins or seawalls. These structures can prevent sand from naturally replenishing shorelines and may lead to increased erosion downstream from these barriers. Erosion near the toe of seawalls is specifically caused when the natural replacement of sand is inhibited, leading to a loss of beach material and the decay of coastlines. This issue is often exacerbated in urban areas where coastal development pressures are high, and human interference with shoreline processes can be significant.
What are intrinsic controls also called
A)homozygous
B)external
C)local
D)none of the above
Answer
The answer is C.
Intrinsic controls, also known as local controls, are mechanisms that regulate a physiological process from within the organ or tissue itself. They help maintain homeostasis and are influenced by factors like chemical concentrations and temperature.
Intrinsic controls, also known as local controls, refer to the mechanisms that regulate a physiological process from within the organ or tissue itself. These controls help maintain homeostasis and ensure proper functioning of the organ or tissue. They can include factors such as local chemical concentrations, temperature, pH, and pressure.
For example, in the context of blood flow, intrinsic controls can regulate the diameter of blood vessels in response to changes in local oxygen or nutrient levels. These controls help to direct blood flow to areas that need it the most.
Therefore, the correct answer is C) local.
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Choose all the answers that apply.
Condensation:
1. forms clouds
2. is the change from a liquid into a gas
3. is the change from a gas into a liquid
4. happens immediately before evaporation
5. returns freshwater to the earth
Answer:
forms clouds, is the change from a gas into a liquid
I hope i was able to help you (:
Answer: The answer is 1, and 4
Order the taxa from largest (first) to smallest (eighth).
1. first
5
domain
2. second
6
family
3. third
3
class
4. fourth
7
genus
5. fifth
1
kingdom
6. sixth
2
species
7. seventh
4
order
8. eighth
8
phylum/division
Answer:
Domain→Kingdom→Phylum→Class→Order→Family→Genus→Species
Explanation:
A mnemonic that might be good to remember would be:
Determined King Philip Came Over From Great Spain
Following the first letters, it will help you remember the order of taxa from largest to smallest.
Domain is the largest among the taxonomic ranks which categorizes the organisms based on cell-type. (prokaryota or eukaryota)
Kingdom is a little more specific and there are 6 known kingdoms. (i.e. Animalia, plantae, eubacteria, Archeabacteria, Fungi, and Protista)
Under each kingdom, the organisms are further subcategorized based on similar characteristics that make them different from other organisms found in the same kingdom.
Under each phylum they are further categorized based on more specific traits and the rest follows, getting more specific at each level.
The atomic number of oxygen is 8. The atomic mass of oxygen is 16. How many neutrons does oxygen have?
Answer:
8.
Explanation:
Oxy is the 8th element in the periodic table
take the atomic mass away from the atomic number 16-8=8
What macromolecule is made up of nucleus acids?
Answer:
The correct answer to the question above is letter c. DNA is a macromolecule.
DNA and RNA re the macromolecule which are made up of nucleic acids.
What is nucleic acid ?Nucleic acids are macromolecule composed of nucleotides, which are the monomers of three components :
a pentose sugar - deoxyribose sugar for DNA, ribose sugar for RNAa phosphate group a nitrogen base - adenine, cytosine and guanine are common nitrogen bases present in both DNA and RNA except for uracil in RNA and thymine for DNA.To know more about nucleotides :
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A future offspring has just been conceived. When does it have the highest level of potency?
A. Pluripotency
B. Multipotency
C. Totipotency
D. Unipotency
Answer:
C
Explanation:
A totipotent cell can differentiate into any type of cell and is the potency with the highest differentiation potential. It is then followed by pluripotency, multipotency, then unipotency. The ability of a cell to have differentiation potential is governed by the ability of its silenced genes to be easily reactivated.
Your cousin returns from a trip to caves from around the globe. He shows you some snot-like
material and states that it is alive. When you put it under the microscope, it is not made of
cells. It is not alive.
Answer:
false because all living things are made of a cell or many cells. when it went under the microscope, it did not have cells so therefore, its not alive.
Scientists first found dinosaur fossils about 1820. The fossils suggested that dinosaurs were large, slow, reptiles. This view was widely accepted for decades. However, in 1960, scientists began to challenge the idea. More recently, several findings showed that some dinosaurs were closely related to birds, and had active, agile bodies.
Which conclusion is BEST supported by this information?
A) Most of the early dinosaur fossils were likely fakes.
B) The earlier ideas of dinosaur fossils were unscientific.
C) Scientists have had to revise accepted ideas of dinosaur biology. D) Scientists interpreted the available fossil evidence wrongly until 1960.
c) scientists have had to revise accepted ideas of dinosaurs biology
The conclusion that is best supported by this information is that scientists have had to revise accepted ideas about dinosaur biology, which is option c.
What do scientists think about this?"Scientists have had to revise accepted ideas of dinosaur biology." The information provided describes how the scientific understanding of dinosaurs has changed over time. When dinosaur fossils were first discovered in the 1820s, scientists believed that they were large, slow reptiles. However, in the 1960s, this idea was challenged, and later findings showed that some dinosaurs were agile and related to birds. This demonstrates that scientists have had to revise their ideas about dinosaur biology as new information becomes available.
Hence, the conclusion that is best supported by this information is that scientists have had to revise accepted ideas of dinosaur biology, which is option c.
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Which best describes the type of lens that would help someone with one of these eye conditions?
The type of lens that would help someone with one of these eye conditions would be, concave lenses would help someone who is nearsighted because the lenses make objects look smaller and closer.
The type of lens that would help someone with one of these eye conditions would be, concave lenses would help someone who is nearsighted because the lenses make objects look smaller and closer.
Explain the Nearsightedness eye condition?Nearsightedness or myopia is a condition in which a person can see the nearby objects clearly but is unable to see the objects present at a farther distance clearly.
It is usually caused due to elongation of the eyeball or when the lens becomes too curved.
It can be corrected by using a concave or diverging lens of appropriate power.
Thus, concave lenses would help someone who is nearsighted because the lenses make objects look smaller and closer.
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Water and ocean graphic organizer exploration k12
1. How’s is pressure affected as depth increases?
2. As the sun heats the surface of the oceans, two layers of water result. What separates the layers?
3. How is the temperature affected when (a) the depth increases (b) the latitude increases
4. How is salinity affected?
(A) evaporation increases
(B) freezing increases
(C) melting increases
(D) precipitation increases
5. How is density affected when
(A) the temperature increases
(B) the depth increases
(C) the latitude increases
(D) the salinity increases
1:
At sea level, the air that surrounds us presses down on our bodies at 14.5 pounds per square inch. You don't feel it because the fluids in your body are pushing outward with the same force.
Dive down into the ocean even a few feet, though, and a noticeable change occurs. You can feel an increase of pressure on your eardrums. This is due to an increase in hydrostatic pressure, the force per unit area exerted by a liquid on an object. The deeper you go under the sea, the greater the pressure of the water pushing down on you. For every 33 feet (10.06 meters) you go down, the pressure increases by 14.5 psi.
2:
Two layers of water result would be; Mixed layer and deep water, Also the Thermocline separates them.
Description
A thermocline is a thin but distinct layer in a large body of fluid in which temperature changes more rapidly with depth than it does in the layers above or below. In the ocean, the thermocline divides the upper mixed layer from the calm deep water below.
3:
(A)
The deeper the waters, the lower the temperatures since. The only reason this works is since sunlight isn’t able to penetrate to deeper water due to the fact it gets attenuated bc of diffusion and scattering.
(B)
Temperature of water are lower with increasing attitude due to the fact that the differential angle in which the sunlight usually would hit, would hit earth at a different angle.
4:
(A)
It would increase salinity since, Evaporation of ocean water and formation of sea ice both increase the salinity of the ocean.
(B)
In cold, polar regions, changes in salinity affect ocean density more than changes in temperature. When salt is ejected into the ocean as sea ice forms, the water's salinity increases. Because salt water is heavier, the density of the water increases and the water sinks.
(C and D)
Evaporation of ocean water and formation of sea ice both increase the salinity of the ocean. However these "salinity raising" factors are continually counterbalanced by processes that decrease salinity such as the continuous input of fresh water from rivers, precipitation of rain and snow, and melting of ice.
5:
(A)
Heating a substance causes molecules to speed up and spread slightly further apart, occupying a larger volume that results in a decrease in density. ... Hot water is less dense and will float on room-temperature water. Cold water is more dense and will sink in room-temperature water.
(B)
The water molecules pack together tighter as pressure increases -the pressure increase with depth, due to the weight of the water above, and causes the greatest density changes in seawater with depth (greater than the density changes due to temperature and salinity changes).
(C)
The density decreases
(D)
Increasing salinity also increases the density of sea water. Less dense water floats on top of more dense water. Given two layers of water with the same salinity, the warmer water will float on top of the colder water. ... Temperature has a greater effect on the density of water than salinity does.
Increases, increases, remians constant, and decreaesExplanation:
If Luke pushes his sister in a wagon down the driveway that is 14 meters long and it takes 22 Newtons of force, how much work did he do? 20 points !!
Answer:
[tex]308 N\cdot m[/tex] or 308 J
Explanation:
Work in physics is done when an object is moved due to an applied force. But you need to remember that work is only done if there is movement parallel to the direction of the force applied.
Work can be computed with the formula:
W=Fd
Where:
F = Force
d= distance
So your problem gives you:
F = 22 N (Newtos)
d = 14 m (meters)
All you need to do is plug in the values and multiply:
W = F x d
W = 22N x 14m
W = 308 N-m or 308 J (Joules)
What causes air masses to move?
A difference in air pressure and temperature occurs.
Weather conditions change rapidly to produce storms.
A collision takes place between two natural wind patterns.
Long, narrow bands of wind blow in the upper atmosphere
Answer:
I am pretty sure that the answer is C)A collision takes place between two natural wind patterns.
Explanation:
I am doing the edg test right now i will comment if it is right or not when i am finished. hope this helps
Answer:
air pressure differences
Explanation:
Which of the following technological developments first allowed humans to successfully travel to outer space and back
Rockets were the key technology enabling human space travel, with the Soviet launch of Sputnik representing a major advancement in space exploration.
Rockets were the technological development that first allowed humans to successfully travel to outer space and back. The Saturn V rocket, like the one used in the Apollo 11 mission in 1969, was crucial in this achievement. In October 1957, the Soviets launched Sputnik, the world's first human-made satellite, using an ICBM launch vehicle, marking a significant milestone in space exploration.