How is groundwater replenished?

Answers

Answer 1
Answer:

Answer:

Explanation:

A groundwater is a kind of underground water reservoir. It forms when the water from the surface adds enters to the undersurface of the earth. The water from the surface seeps inside the undersurface through tiny pores present in the rocks and the soil aggregates. The source of water in a groundwater reservoir are melting of glaciers, ponds,lakes, rivers, rainwater and others.

The groundwater can be replenishment means the addition of new freshwater in groundwater reservoir. The groundwater reservoir get replenished by the rainfall, streams of freshwater from lakes, rivers and ponds.


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If an organism is composed of only one cell, it ___________. performs all of the functions is specialized does not have any functions cannot survive on its own
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"Bottom-up" (or "data-driven") mechanisms are Group of answer choices A. mechanisms for which activity is primarily triggered and shaped by the incoming stimulus information.
B. the scientific process in which all claims must be rooted in well-established biological evidence.
C. the process by which researchers seek to develop new theories by paying close attention to the available data.
D. mechanisms for which activity is influenced by thoughts provided by the individual.

Answers

Final answer:

Bottom-up mechanisms in psychology refer to processes that are primarily driven by incoming stimulus information, starting from lower-level sensory data and working up to higher-level cognitive functions.

Explanation:

The 'bottom-up' or 'data-driven' mechanisms are A. mechanisms for which activity is primarily triggered and shaped by the incoming stimulus information.

This means that information processing starts with the stimuli that reaches our senses and then proceeds to the higher-level cognitive processes. In other words, we begin our perception by witnessing an event and the sensation driving our processing, rather than being directed by prior knowledge or expectation.

On numerous occasions, our brains begin to process data at very fundamental levels and then move on to more complex analytical thinking, which can be signified as bottom-up processing.

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Final answer:

Bottom-up (or data-driven) mechanisms are mechanisms for which activity is primarily triggered and shaped by the incoming stimulus information. These mechanisms operate by processing sensory inputs in a sequential and incremental manner to build a higher-level representation or understanding.

Explanation:

Bottom-up (or data-driven) mechanisms are mechanisms for which activity is primarily triggered and shaped by the incoming stimulus information. These mechanisms operate by processing sensory inputs in a sequential and incremental manner to build a higher-level representation or understanding. They are commonly observed in biological systems, such as neuronal processing in the brain or sensory perception. For example, when you touch a hot object, your sensory receptors in the skin send signals to your brain, triggering a cascade of physiological responses to remove your hand from the source of heat.

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The feelings or sensations a work of art produces are called

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The feelings or sensations in a work of art is called "affect"

Molecule found in muscle cells: used for structure.

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Answer:

The nucleic acids (DNA and RNA)

Explanation:

DNA as the genetic material which located in nucleus

RNA the number cellular activities

Extra points for answers Compare the ways in which iron-magnesium minerals and feldspars crystallize from magma

Answers

The comparison of the ways in which iron-magnesium minerals and feldspars crystallize from magma is;

Feldspars continually react with magma and change composition but stay as feldspar whereas iron - magnesium react with magma and change into other minerals.

  • In Bowen's reaction series, feldspar minerals tend to continually change composition, whereas iron - magnesium minerals tend to have an abrupt change of their mineral types.

  • Now, the feldspars that are formed from cooling of magnma are usually very rich in calcium. Thus, as cooling continues, the feldspars will start reacting with the magma and as such the feldspar composition will undergo some changes. This reaction will lead to zoned crystals that have outer layers very rich in sodium while the core is very rich in calcium.

  • For the iron - magnesium minerals, when magma starts to cool, a mineral will now start to crystallize but the more the magma cools the more the temperature drops and a whole new mineral will be formed.

  • Finally, the minerals formed initially reacts with the magma which makes it to be converted into the new mineral.

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the magma melts then hardens for a long time then iron magnesium pretty much sugar coats it and crystallizes it.

While testing amylase activity, John uses a buffer of pH 6 and substrate starch. He incubates them at 104ºF (40ºC). All the tubes show glucose formation, except one, which had no starch solution. Why did this happen?The optimum pH for the enzyme amylase is not pH 6.
The optimum temperature for the enzyme amylase is not 104°F (40°C)
The substrate for amylase, starch, is not present.

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While testing amylase activity, John uses a buffer of pH 6 and substrate starch. He incubates them at 104ºF (40ºC). All the tubes show glucose formation, except one, which had no starch solution. This is because the substrate for amylase, starch, is not present.

Answer:

Option C, The substrate for amylase, starch, is not present.

Explanation:

All the tubes (except one) were exposed to following three conditions -

a) a buffer of pH 6

b) a temperature of 104ºF (40ºC)

c) presence of starch

The only tube which was exposed to  first two conditions but not the third one i.e starch,  do not produce glucose because starch (substrate) was not available for enzyme amylase on which it can act upon under favorable conditions.

The reaction will start only when the enzyme meets the starch.

Useful mutations become established much more quickly in a population of microorganisms, such as the cluster of E-coli bacteria shown here, than they do in humans. The MOST LIKELY reason for this is that microorganismsA) are smaller than humans.
B) reproduce asexually and at a fast rate.
C) are transparent, so their mutations are observed more often.
D) are exposed to environmental mutagens more often than humans.

Answers

I'd like to say though, that the answer is B. :) Hope this helped.
B) reproduce asexually and at a fast rate.