B.varied.
C.unique.
D.surprising
Answer:
reproducible
Explanation: edg
b. The solubility of the liquid will increase.
c. The solubility of the liquid will decrease.
d. The solubility will not change because the solubility of liquids is never affected by temperature.
Answer:
solubility increases
Explanation:
Answer: Fog
Explanation:
Fog can be defined as the clouds on ground. Fog is made of condensed air and that is being cooled down to the point where it cannot hold more water.
The frost overnight forms fog. During the long nights the air gets cooled down and the the moisture in the air also adds to the formation of fog.
Thus, the correct answer is fog.
b. nitrogen
c. oxygen
d. halogen
A is the answer
Hope it helps
B
C
D
E
Answer : The correct option is, (D)
Explanation :
Vaporization process : It is type of process which occurs when phase changes from liquid phase to gaseous phase at constant temperature. And liquid converted to gas phase at temperature .
Melting process : It is type of process which occurs when phase changes from solid phase to liquid phase at constant temperature. And solid converted to liquid phase at temperature .
In the given diagram,
'A' shows the solid phase, 'B' shows the melting process, 'C' shows the liquid phase, 'D' shows the vaporization process and 'E' shows the gas phase.
Hence, the liquid is vaporizing at 'D' point.
Lithification is the process that produces sedimentary rocks which show the Earth's natural past by bringing together sediments into layers of solid rock.
Lithification forms sedimentary rocks. Earth's three main rock kinds are sedimentary, igneous, and metamorphic. Sediments, microscopic particles from pre-existing rocks, minerals, organic materials, or chemical precipitates, accumulate, transport, and deposit at or near the Earth's surface.
Lithification is a multistep process. Sediments are initially deposited in riverbeds, lakes, oceans, deserts, and glaciers. As new sediments are deposited on top, these loose particles are pressured by the weight of higher layers. This pressure compacts sediments, narrowing pore gaps between particles and sticking them together.
During lithification, minerals dissolved in groundwater can precipitate and cement the sediments. Calcite, silica, and iron oxides are sedimentary rocks' main cementing minerals. Sediments become solid rock by cementation.
As pressure rises, dewatering forces water out of sediment pore spaces during lithification. This helps sediment layers compact and solidify.
Lithification creates a cohesive and cemented sedimentary rock that records historical environmental conditions, climate changes, and life on Earth. Sandstone, limestone, conglomerate, shale, and mudstone are sedimentary rocks.
Lithification is essential to the production of sedimentary rocks, changing the Earth's surface and revealing its geological past.
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