Answer: Incomplete
"Check all that apply. porosity, moisture, temperature, mineral, softness, or ease of dissolving"
<em>From the options, the three answers are </em><u><em>mineral composition,</em></u><em> </em><u><em>ease of dissolving</em></u><em> and p</em>
Explanation:
Weathering is the phenomenon in which surface of rocks are broken down and leaches or washed away.
The factors that affect the rock type and rate of weathering of said rock include:
- Composition: this translates to the <u>mineral composition </u>in the rock and how susceptible to chemical weathering reaction
- Surface area and porosity: Surface <u>porosity </u>determines how easily the rock can be leached by wind or rain.
- Climate: Mechanical weathering due to extreme climate change can cause freezing and thawing of the rocks, thereby enhancing disintegration of the rock. This is determined by the <u>ease of dissolving </u>of the rock.
The correct answer is c. Temperate marine.
Temperate continental their climate is wet, warm, and located on the edges of tropics. They are found in the continents in the northern hemisphere. They are not located near oceans where temperatures are moderate. They are also referred to as microthermal climates. They are located away from oceans that is why they do experience extreme temperatures. They have both summers which are warm and humid and winters which are blustery winds and snowstorms.
Answer:
The oceanic crust is formed by partial melting of the mantle at mid-ocean ridges. The continental crust is formed even more cycles of partial melting over time, resulting less dense rocks.
Explanation:
The mantle, oceanic crust, and continental crust all have different compositions due to a process called partial melting.
This is where you start to melt a rock, but don´t melt it all the way.
When you partially melt a rock, certain chemical elements tend to stay in the solid rock while others tend to go into the melted part.
As a result, the rock that forms from that melt is less dense than the original rock.
If you then partially melt that rock, you get a rock that is even lighter.
<span>Organisms that can produce their own nutrients are called autotrophs, while the organisms that cannot produce their own food are called heterotrophs. Heterotrophs obtain the materials from the food they eat while autotrophs make their own nutrients. Hope this answers the question.</span>
Answer:
D) lytic infection
Explanation:
During lytic infection, a virus enters the host cell, makes a copy of itself, and causes the cell to burst, or lyse.
