<u>Answer:</u> The correct answer is Option B.
<u>Explanation:</u>
Chemical reactivity is defined as the tendency of an element to loose of gain electrons.
Non-metals are the elements which gains electrons and hence, their chemical reactivity will be the tendency to loose electrons.
Their chemical reactivity increases as we move from left to right in a period because the valence shell come closer to nucleus as we move from left to right. So, addition of new electron in the valence shell becomes easier due to greater attraction between nucleus and valence electron.
For the given options:
<u>Option A:</u> Silicon
This element lies in Group 14 and Period 3.
<u>Option B:</u> Chlorine
This element lies in Group 17 and Period 3.
<u>Option C:</u> Sulfur
This element lies in Group 16 and Period 3.
<u>Option D:</u> Phosphorus
This element lies in Group 15 and Period 3.
Hence, chlorine will readily accept electrons due to its position in the periodic table.
Not all functions have more than one solution, this function could have a limit, or might not be able to equal negative numbers for example.
The answer is B. There is no “because”.
Answer:
The melting point range of a substance is the temperature range from which the first crystal starts to melt, to the temperature at which the last crystal finishes melting. An impure substance is a type of mixture, so melting points can be used to find out if a substance is pure or impure.
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Explanation: