What is northern end of earth axis called
Answers
hope this helps. If you don't know an answer what I do is google it
i think the north pole (?)
Related Questions
A cactus with long spines protects itself from animals better than a cactus with short spines. According to natural selection, _____.
Answers
According to natural selection, long-spined cacti...
will survive longer, defend itsself better, and reproduce more often than short-spined cacti.
Hope this helped!
Answer:
The Cactus with long spines should evolve while the cactus with short spines should extinct.
Explanation:
Natural selection was a term used by Charles Darwin to talk about the natural evolution of the species and how they adapt to different environments. The individuals within a certain type of animal or plant had variations one from each other. Those variations that can adapt to the environment in which they are placed are the ones that evolve because they live longer than the others.
In this case, the cactus with long spines will survive because it protects itself from animals better than the cactus with short spines. This last will extinct because eventually, animals will eat all of them.
I hope this answer helps you.
A mouse with curled whiskers migrates from one forest community to another. She mates with other mice in the new community and passes the gene for curled whiskers to her offspring. This is an example of _____.
genetic drift
mutation
gene flow
natural selection
Answers
Answer:
Option C: Gene flow
Explanation:
Gene flow is the transfer of genetic variation from one population to another. It is the movement of genes from one population to another population. If the rate of gene flow is high enough, then two populations are considered to have equivalent allele frequencies.
Sometimes gene pools within populations can change because individuals leave that population or new individuals come in. Like water flowing in a river, genes can also 'flow' from one place to another.
For example:
A honey bee carrying pollen from one flower population to another.A caribou from one herd mating with members of another herd A blonde haired, blue-eyed family from Sweden moves to some Asian country where the children grow up, marry and produce offspring who now have the blonde-haired, blue-eyed alleles.Answer:
Gene Flow
Explanation:
Gene flow is the transfer of genetic variation from one population to another. It is the movement of genes from one population to another population. If the rate of gene flow is high enough, then two populations are considered to have equivalent allele frequencies.
Sometimes gene pools within populations can change because individuals leave that population or new individuals come in. Like water flowing in a river, genes can also 'flow' from one place to another.
For Example: A honey bee carrying pollen from one flower population to another.A caribou from one herd mating with members of another herdA blonde haired, blue-eyed family from Sweden moves to some Asian country where the children grow up, marry and produce offspring who now have the blonde-haired, blue-eyed alleles.PLEASE HELP ME !’
When a solvent equally disperses throughout a solution, what type of transport is this?
A. Facilitated diffusion
B. Active transport
C. Osmosis
D. Diffusion
Answers
The correct answer to the question is D. Diffusion, which is the process by which solutes spread from an area of higher concentration to an area of lower concentration until equilibrium is reached, without the need for external energy.
When a solvent equally disperses throughout a solution without the need for external energy and without the help of transport proteins, this process is known as diffusion. Diffusion is the movement of solute molecules from an area of higher concentration to an area of lower concentration until the concentrations are equal on both sides of the membrane. This process does not require energy, making it a form of passive transport. Facilitated diffusion, on the other hand, involves transport proteins but is still considered passive transport as it moves solutes down their concentration gradient. Therefore, the correct answer is D. Diffusion.
Which statement below is most accurate about the processes of mitosis and meiosis?
Question 6 options:
In mitosis, a cell divides 4 times and in meiosis a cell divides twice.
In mitosis a cell divides once and in meiosis a cell divides twice.
In mitosis a cell does not divide, but in meiosis cells divide.
In mitosis a cell divides but in meiosis cells do not divide.
Answers
The second one . In mitiosis a cell divides once and in meiosis a cell divides twice
Answer:THE ANSWER is B :3
what is the function of a central vacuole
Answers
Answer:The central vacuole is a cellular organelle found in plant cells. It is often the largest organelle in the cell. It is surrounded by a membrane and functions to hold materials and wastes. It also functions to maintain the proper pressure within the plant cells to provide structure and support for the growing plant. (wiki.com) Hope this helps Hon!!
In plant cells, the central vacuole controls the concentration of water, maintains turgor pressure, and stores various substances.
In plant cells, the central vacuole has a number of important functions. It directs the cell's grouping of water in light of changing natural circumstances, chiefly through the upkeep of turgor pressure. The fluid inside the vacuole exerts this pressure, which helps keep the plant cell rigid and upright. For instance, if a plant is not watered, the concentration of water in the soil decreases, allowing water to enter the soil from the cytoplasm and central vacuole. The plant wilts as the cell wall is left unsupported as the central vacuole shrinks. Additionally, the bitter taste of the fluid within the central vacuole deters insects and other animals from eating the plant. In addition, the central vacuole stores pigments that can be used to color flowers and proteins that are found in the developing seed cells.
The periodic table houses noble gas elements in group 18. These elements are highly stable and rarely react with any other elements. What is one possible reason for the stability of the noble gas elements?
Answers
Answer:
C.
Explanation:
In section 18 the elements are the most stable because they complete themselves without having to share electrons with other elements. Does that make sense?
Answer: Option (C) is the correct answer.
Explanation:
Elements of group 18 are also known as noble gases.
And, noble gases are the gases that have completely filled outermost shells.
For example, atomic number of neon is 10 and its electronic distribution is 2, 8.
As it has completely filled outermost shell hence, it does not need to either gain or lose an electron. Therefore, elements of group 18 are chemically inactive in nature.
Thus, we can conclude that one possible reason for the stability of the noble gas elements is that their outermost shell has the maximum number of electrons that it can hold.
this image shows wind blowing a dust cloud across the Atlantic Ocean from Northern Africa. What type of movement does the image show?
please and thanks!
Answers
Answer:
B
Explanation:
Letter B
Answer:
The correct answer is option D, that is, suspension.
Explanation:
Suspension refers to the procedure that incorporates particles, that is, dust and fine dirt, which are less than 0.1 micrometers in diameter. Wind possesses the tendency to mediate these constituents over far off distances. It is possibly the most usual form of wind action and is also the easiest to determine. The suspension leads to sandblasting or abrasion. Abrasion is more robust near to the surface of the land and is less efficient with the objects present higher up the ground.
How are food chains and food webs related
Answers
Answer:
A food web consists of many food chains. A food chain only follows just one path as animals find food. eg: A hawk eats a snake, which has eaten a frog, which has eaten a grasshopper, which has eaten grass. A food web shows the many different paths plants and animals are connected.
Explanation:
Answer:
The food webs is formed by several food chains. This is the relationship between the two systems.
Explanation:
Food web is a set of interconnected food chains. The food web represents the many relationships between organisms in an ecosystem.
Ecosystem is the place or environment in which mutual relations between all beings that inhabit it develop. The same living being inserted in an ecosystem can belong to different food chains, playing different roles.
It can feed another living being or serve as food. In the process, the food chains end up meeting and forming a food web.
Food chain is a sequence of living beings that are divided into producers, consumers and decomposers. In the food sequence, living beings feed on those who go before them in the chain, to then be eaten by those who are following, according to the hierarchy.
How is an increase in carbon in the atmosphere likely to affect coastal areas such as those in North Carolina?
Answers
Answer:
The tides will rise
Explanation:
Answer:
It is likely to cause an increase in erosion.
Explanation:
How does Earth's distance from the sun and the tilt of its axis promote diversity of life? Answer as soon as possible plz! thank you !
Answers
Answer:
It produces our seasons ( spring, summer, fall, winter) as well as the enviroments around the world. If Earth was tilted just a tiny bit more towards the sun half of the world might be on fire but Earth is tilted enough to create the perfect atmosphere for rain forest and deserts
Explanation:
In cities, the area in which rainwater can seep into the ground is reduced. Water flows over roads, then the runoff is carried out to sea through drainage systems. How does the runoff from cities affect ocean systems?
A. Ocean systems are damaged with the loss of sediments.
B. Ocean systems are improved by receiving more water.
C. Ocean systems are improved by the addition of nutrients.
D. Ocean systems are damaged with more pollutants.
Answers
Answer:
D Ocean systems are damaged with more pollutants is your answer
Explanation:
I learned this last year
It's D, I just got it right on Study Island
Charles has decided to eat nothing but cereal with milk for a whole day. Based on the above chart, which nutrient will Charles get the most of?
Answers
Vitamin A because of the nutrient value per serving is 40% (the highest).
Ice is placed in hot water. What happens to the temperature of the ice and the water?
A.
The ice and the water both get cooler.
B.
The ice gets cooler, and the water gets warmer.
C.
The ice gets warmer, and the water gets cooler.
D.
The ice gets warmer, and the water stays the same.
Answers
Answer:
the ice get warmer, the water gets cooler
Explanation:
Answer:
the ice get warmer, the water gets cooler
a third characteristic studied by gregor mendel in pea plants was smooth seeds on wrinkled seeds. he labeled the smooth S, which means that the smooth trait was
Answers
Dominant. Uppercase is dominant and lowercase is recessive.
Plant roots can be fibrous or a taproot. When there is not enough water in
the environment some plants send their taproot further down into the soil in
search for water, while some with fibrous roots increase the density of their
root systems. What does this demonstrate?
OA) genetic mutation induced by the environment
OB) differentiation of vascular tissue in plants
OC) structural response to the environment
OD) alternation of generations in plants
Answers
Answer: i beleive you answer would be D hope this helps :)
Answer:
The best response to this question: What does this demonstrates, regarding two different types of plants, one with a taproot system and the other with a fibrous root system, who alter their aleady existing root system in order to respond to the changes in their environment, would be: C: structural response to the environment.
Explanation:
When talking about plants, and their roots, there are two great categories: the dicot plants, whose root system is known as a taproot, and the monocots, whose root system is fibrous. Each of these systems is separate and particular to each type of plants. They do not combine, and they are unique to each of the categories of plants (dicots, and monocots). However, according to the question, the plants are encountering a climate change, and water has become scarcer. In response to this change, each of the plants, the one with the taproot, and the one with the fibrous root, respond structurally by either enlarging their root further into the soil (taproot), or by sprouting further filaments in the original root system (fibrous root). This, then, shows a structural change and it can happen in plants when environmental changes, not necessarily constant, happen. The plant will only alter its genetic makeup if the changes in environment are continuous and they need deeper changes in the plant, in order to survive.
Where is the lower quartile located in this box plot?
A.
14
B.
15.5
C.
16.5
D.
17
E.
20
Answers
Answer:
B
Explanation:
The lower quartile will be at the left side so the end of it is 15.5 or B
In this box plot, the lower quartile is located at point 15.5. Thus, the correct option is B.
What is the Lower quartile?A lower quartile may be defined as the value beneath which 25% of the data attributes are located when they are positioned in increasing order.
Looking at the box, under the value 15.5, almost 25% of the data attributes are positioned.
Therefore, the correct option for this question is B.
To learn more about the Lower quartile, refer to the link:
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please help...
If a population does NOT meet the requirements of Hardy-Weinberg equilibrium, how would the allelic frequencies of that population be affected?
A
The allele frequencies would remain constant.
B
The allele frequencies may increase or decrease.
C
The allele frequencies would decrease.
D
The allele frequencies would increase.
E
All of the answer choices are correct.
Answers
C option.. The allele frequency may increase or decrease
Hardy-Weinberg equilibrium states about the genetic variation. If the equilibrium requirements are not achieved then allele frequencies may increase or decrease. Thus, option B is correct.
What is the Hardy-Weinberg equilibrium?The Hardy-Weinberg equilibrium states that allele frequency remains constant if there are no disturbing factors affecting evolution or natural selection.
If the equilibrium is disturbed due to any factor or mutation in the population, then the frequency of that allele affected will be changed and affected in generations.
Therefore, the allele frequency increases or decreases if the Hardy-Weinberg equilibrium is disturbed.
Learn more about Hardy-Weinberg equilibrium here:
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Which of these is a characteristic of index fossils?
A/Found in the topmost rock layer.
B/Found in many layers of the same rock.
C/Have already established relative age.
D/Are limited to a particular geographic location. (Hurrrryyyy)
Answers
Answer:
c is the right answer
Explanation:
Which is true with respect to the kinetic energy of a molecule?
A.
it is the lowest at low temperatures
B.
it increases at low temperatures
C. it is the same at all temperatures
D. it is the lowest at high temperatures
Answers
Answer:
a on plato
Explanation:
it is lowest at low tempatures
Examine the food web shown in figure 5-4. What would most likely happen to the organisms in this ecosystem if the algae began to disappear
Answers
If algae started to disappear from an ecosystem, it would negatively affect many organisms in the food web. There would be a reduction in food and oxygen for other aquatic organisms, potentially leading to their demise, and there could also be detrimental changes to the water's pH level.
Explanation:If the algae in a given ecosystem were to begin disappearing, it would have significant and potentially devastating effects on the other organisms in that system. Algae are primary producers, meaning they play a critical role in providing energy for the other organisms. When they photosynthesize, they convert sunlight into energy, which is then passed up the food chain when they are consumed by other organisms.
The absence of algae would result in the depletion of this primary source of energy, which would hinder the survival of the organisms that directly depend on them for sustenance, such as zooplankton. Over time, this effect would ripple through the rest of the food web, affecting secondary and tertiary consumers as their sources of food become scarce.
Furthermore, algae produce oxygen during photosynthesis, which is vital in aquatic ecosystems for the survival of fish and other aquatic animals. A reduction in algae would therefore lead to a decrease in oxygen levels, negatively affecting these organisms. The water's pH level could also be affected, as less carbon dioxide is being utilized by the algae for photosynthesis, leading to increased acidity and potentially harmful changes to the aquatic environment.
Learn more about Ecosystem Changes here:https://brainly.com/question/3503471
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Winston is most likely using the map for which purpose???
Answers
Recreational use for camping, hiking fishing, etc
Answer:
Recreation.
Explanation:
Topography map explain the topographic features of a particular location by using the contour lines. Topography shows the 2D representation of the natural resources and man made feature on the earth's surface.
Winston can do recreation by trecking, camping and hiking. During recreation, topography map is required to know the hydrographic features, terrain features and recreation sites of a particular area.
Thus, the correct answer is option (4).
Heat is the transfer of energy. It makes things warmer. Some materials allow heat to flow through them more easily than others. Which statement is correct about insulators and conductors?
A) Both insulators and conductors allow heat to flow easily through them.
B) Neither insulators nor conductors allow heat to flow easily through them.
C) Insulators allow heat to flow easily and conductors do not allow heat to flow easily.
D) Insulators do not allow heat to flow easily and conductors do allow heat to flow easily.
Answers
insulators do not allow heat flow easily & conductors allow heat to flow easily
Answer:
Insulators do not allow heat to flow easily and conductors do allow heat to flow easily.
Explanation:
i got it off my quiz i got everything right
What does this device do
Answers
measures a person's blood pressure when the heart contracts and relaxes
hope this helps
The device in the image is called a sphygmomanometer.
What is a sphygmomanometer?A sphygmomanometer is a device that is used to check and measure blood pressure levels.
A scientist named Von Basch created the sphygmomanometer.This instrument consists of a blood pressure meter or a gauge that is used to measure blood pressure.This instrument has to always be started with a conjunction meaning to determine the pressure at which the blood flow starts to at what point the pressure is unimpeded.To learn more about sphygmomanometer, refer to:
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Hummingbirds drink nectar from flowers robins eat plant seeds what does this reduce : a. Interspecific competition , be intraspecific competition ,c. cooperation ,d.mutualism
Answers
Answer:
Interspecific competition
Explanation:
Hummingbirds and robins are different species, so it is interspecific competition
Answer: a. Interspecific competition
Explanation:
The hummingbird drink the nectar from the flowers and robins eat plant seeds is the example of reduction of interspecific competition. The ecological niche of both of the species is different. An ecological niche can be define as the functional role an organism plays in an ecosystem.
In an interspecific competition, the individuals of distinct species compete for the same resource. This will lead to the extinction of any one of the species or decline in the members of the either of the species.
As the species of hummingbird is dependent upon the nectar and the robins are dependent upon the seeds as food therefore their will not be any interspecific competition among these species.
Which statement is the most reasonable testable prediction for the hypothesis: All birds can fly?
-observe all the birds outside your home for a week to see if they all can fly
-examine the list of all known species of birds and determine if any species cannot fly -Take a random sampling of five birds from around the world to verify that they can all fly
Answers
Answer:
"Examine the list of all known species of birds and determine if any species cannot fly" would be the most reasonable answer.
Which of the following is a large scale environmental impact caused by the shipment of material across the world ocean?
A. Decreased world temperatures due to the ships burning fuels
B. Increase population size of humans due to the material being transport
C. Potential of waste and sewage dumping from the ships into the ocean
D. The decrease of dolphin populations across the oceans
Answers
Answer:
c
Explanation:
thanks for your help in the comments section and happiness of your 6th anniversary di puri and
Large scale environmental impact caused by the shipment of material across the world ocean is because of potential waste and sewage dumping from the ships into the ocean.
What type of environmental pollution is caused by shipping?The waste and garbage generated onboard ships contributes to the marine pollution which comprises mainly plastics, packing materials, cleaning materials etc.
These waste products and sewage can cause marine pollution and affect the aquatic life.
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If a scientist needs to use a large dataset to explore how corn grows in different soils, how would this data be classified?
A. Descriptive B. Quantitative C. Qualitative D. Mixed methods
Answers
Answer:
Quantitative.
Explanation:
The scientist would take small samples from each soil sample and would predict that the growth stays relative throughout. Therefore the scientist is not getting an exact measurement.
Answer:
Option C, Qualitative
Explanation:
A qualitative data set consists of description of processes. These process may include measures to do something, ways to conduct some task or even impact of several factors on something.
Here, in this case scientist is dealing with a data set that talks about methods/ways/techniques to grow corns in different soil which is purely a subjective data base consisting of procedures defining the cultivation of corn in different soil types. Hence option C is the correct answer.
The outer planets-jupiter,Saturn,Uranus,and Neptune-are made up of which gases ?
Answers
Answer:
The outer planets—Jupiter, Saturn, Uranus, and Neptune—are made up of mainly hydrogen, helium and nitrogen. Jupiter and Saturn are primarily made up of hydrogen and helium. However, while Uranus and Neptune are primarily composed of hydrogen and helium also, they consist of more ices and methane than Jupiter and Saturn.
Explanation:
Answer:
hydrogen, helium, and ammonia
Explanation:
Hydrogen and helium are mentioned by other answer-givers here, and they are correct. But if you are asking this based off of Gradpoint, the only answer that provides these two gases is combined with ammonia.
which sentence describes a possible impact of early hunter – gatherer societies on the environment?
a. cultivating too many plants drained the land of water.
b. introducing non-native species led to the extinction of some plants.
c. overhunting led to the extinction of large herbivores species.
d. reliance on fossil fuels polluted air, water, and land.
Answers
Answer:
Hi,
The correct answer is option (C) Overhunting led to the extinction of large herbivores species
Explanation:
Herbivores are those animal species that eat plants only.Hunters and gatherers depended on their hunting skills to obtain meat as a source of protein/food for their families.Most of the animals that were hunted were herbivores.Overhunting reduced the number of these species because the process was not controlled thus there was no time for the animals to increase in numbers in the natural process
Best of Luck!
Answer:
c
Explanation:
CAN ANYONE HELP THANK YOU VERY MUCH. Btw another Question is : How are low pressure and high pressure systems different?
Answers
"A low pressure system has lower pressure at its center than the areas around it. Winds blow towards the low pressure, and the air rises in the atmosphere where they meet. As the air rises, the water vapor within it condenses forming clouds and often precipitation too. ... Wind blows away from high pressure."