The relationship that exists between a homogeneous mixture and the number of phases in the mixture is one phase.
Given that there is a relationship exists between a homogeneous mixture and the number of phases in the mixture.
We are required to tell the name of the relationship that exists between a homogenous mixture and the number of phases in the mixture.
A homogeneous mixture is basically a gaseous, liquid or solid mixture that has the same proportions of its components throughout a given sample.
The name of the relationship is one phase.
A phase is basically a relationship between the cycles of different periodic waves.
Hence the relationship that exists between a homogeneous mixture and the number of phases in the mixture is one phase.
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Answer:
Weathering breaks down the rocks, erosion moves the particles, and deposition drops the sediments in another location. 1. Physical Weathering – the breakdown of rocks and minerals into smaller pieces without a change in chemical composition. You're welcome.
Explanation:
The way in which the speaker’s repetition of the neighbor’s cherished belief about the importance of walls conveys the poem’s criticism of an undesirable social pattern is that;
The speaker treats the neighbor’s words about fences as evidence of a worldview that is closed-minded in general.
This question is drawn from a poem titled "Mending Wall" written by Robert Forst in the 20th Century.
- The major theme of the poem is the self imposed barriers that prevent human interaction. This was illustrated by the speaker's neighbor who kept on rebuilding a wall that was not required. This was because it didn't benefit anyone and as such the fence was harmful to their land.
- While speaking about the neighbors cherished belief of fence walls in lines 27 and 45, the speaker treats the neighbor’s words about fences as an evidence of him having a worldview that is largely closed-minded.
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The <em>effective nuclear charge</em> is the difference between the atomic number an element and the shielding constant. Hence, the atom which experiences the greatest nuclear charge is Sulphur, S.
<u>Calculating the greatest effective nuclear charge</u>, :
- Z = Atomic number ; S = shielding constant
<u>For Magnesium, Mg</u>:
Z = 12
S = 10
<u>For Aluminium, Al</u>:
Z = 13
S = 10
For Sulphur, , S:
Z = 16
S = 10
Therefore, the atom whuch experience the greatest 
is Sulphur.
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