b. evaporation
c. precipitation
d. condensation
Answer:
The answer is A. infiltration Hopefully this helps!
Answer: 18
Explanation:
This molecule, called ammonia, is a group of atoms held together by chemical bonds. In this example, the atoms (smallest pieces of matter) are nitrogen (N) and hydrgoen (H)
The number 6 indicates the number of moles of the NH3 molecule. A mole is the unit of measurement used to measure the number of atoms or molecules. One mole is equal to 6.02214078×10^23 of the same things.
And since there are 3 Hydrogen atoms found in each mole of ammonia, and there are 6 moles of amminia, then 6 x 3 = 18 atoms of hydrogen.
No 6 is common for N and H. 3 is only for H(Hydrogen).
For finding the number of hydrogen atoms we should multiply 6 with 3
So, 6*3 = 18. So there will be 18 hydrogen atoms in 6NH₃
Spilling breaker
Surging breaker
Tsunami wave
Answer:
The correct answer is spilling breaker.
Explanation:
The spilling breaker is also known as surf wave is an over-steepened wave in which the unsteady top of the wave tumbles down the front of the waveform as it progresses towards the shallower water. This results in a gradual reduction of the height of the wave unless it moves up the beach as swash. The kind of wave, which arises from a moderately sloping coastal region will be a spilling breaker, as it is a common wave related to moderate beach gradient.
Answer:
Plunging Breaker
Explanation:
There are three types of "normal waves". The Surging breaker is when the beach has a steep slope, the spilling breaker is when the beach is almost perfectly flat. That leaves the plunging breaker, which is a wave that occurs when the beach is moderately flat. Hope this helps!
Meiosis and meiosis both starts with one cell, meiosis ends with four and mitosis with two.
Mitosis produces new cells for growth and repair, meiosis produces gametes.
Mitosis goes through cytokinesis once, meiosis goes through cytokinesis twice.
Cross over happens in meiosis, but not in mitosis.
Cross over happens in meiosis, but not in mitosis Mitosis makes genetically identical copies; meiosis does not
Nutrient limitation signifies the slowdown or halt in an organism's growth due to insufficient supply of specific nutrients they need. It's a fundamental principle in ecology observable in both terrestrial and marine ecosystems. The nutrient that is in short supply typically becomes the limiting factor in organism's growth.
Nutrient limitation refers to the reduction or stoppage of an organism's growth due to a lack of a certain nutrient. This concept primarily comes into play in the world of ecology, where it is observed in ecosystems across the world.
For example, in soil ecosystems, plant growth might be limited by a lack of nitrogen or phosphorous. These are essential elements for the creation of proteins and DNA, and without a sufficient supply of them, plants cannot grow properly. By understanding the principle of nutrient limitation, ecologists can predict which nutrient elements would limit the productivity of an ecosystem under various conditions.
The same principle is also applicable in aquatic ecosystems, where nutrients like nitrogen, phosphorous, and silica can often limit the growth of marine life, leading to nutrient limitation.
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