The tool that can make chart 1 look like chart 2 is the data labels
<h3>What are Charts?</h3>
Charts are graphical ways of representing data elements.
Charts can be in form of:
From the diagram (see attachment), we can see that:
- Both charts are circle graphs
- The data label of chart 2 is visible, while the data label of chart 1 is not
So, the data label of chart 1 has to be made visible, for the chart to look like chart 2
Hence, the tool that can make chart 1 look like chart 2 is the data labels
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Answer:
B is the answer
X < = 0 or x > =2
Explanation:
2x -2 >= 2 or 2x-2 < = - 2
2x > =4 Or 2x < = 0
X > =2. Or x < = 0
In the question excerpt, that element was the friendship between the nobility and the knight.
The king was believed to have been appointed by God himself. Religion played an important role in medieval culture. The importance of Christian practice is evident from the excerpts provided. The choice of words is indicative of Christianity and its practices, and excerpts can be read as "the band's singing came to an end" and "a loud cry came from the clergy and others proclaiming Noel again". increase.
Also, the word "gift" refers to the exchange of goods during the Christmas season. The practices depicted in the poem reflect the religious beliefs of the culture of medieval society and, of course, the court of King Arthur and his Round Table.
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According to the research, the statement "Linear molecules must be nonpolar, thus linear molecules cannot participate in dipole-dipole attraction" is true.
<h3>What are dipole-dipole attractions?</h3>
It is observed between a positive dipole of a polar molecule with the negative dipole of another, the atom with the highest electronegativity attracts electrons towards itself, forming a negative dipole around it.
In polar covalent bonds, the atom with the least electronegativity, the dipole formed has a positive charge, since it partially gives up its electrons.
Therefore, we can conclude that according to the research, the statement "Linear molecules must be nonpolar, thus linear molecules cannot participate in dipole-dipole attraction" is true.
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