To determine the order of increasing electronegativity among the given elements, we need to compare their electronegativity values.

1. The order given is C, N, Si, P. To determine the increasing order, we can refer to the periodic table. The electronegativity generally increases from left to right across a period. Therefore, the correct order of increasing electronegativity is Si, C, N, P.

2. The order given is N, Si, C, P. Again, we can refer to the periodic table to determine the increasing order. Following the trend of increasing electronegativity from left to right across a period, the correct order is Si, C, N, P.

3. The order given is Si, P, C, N. Referring to the periodic table, we can determine the increasing order. Following the trend of increasing electronegativity from left to right across a period, the correct order is Si, C, N, P.

4. The order given is P, Si, N, C. By referring to the periodic table, we can determine the increasing order. Following the trend of increasing electronegativity from left to right across a period, the correct order is Si, C, N, P.

Therefore, the correct order of increasing electronegativity among the given elements is Si, C, N, P.

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To determine the order of increasing electronegativity among the given elements, we need to compare their electronegativity values.

1. The order given is C, N, Si, P. To determine the increasing order, we can refer to the periodic table. The electronegativity generally increases from left to right across a period. Therefore, the correct order of increasing electronegativity is Si, C, N, P.

2. The order given is N, Si, C, P. Again, we can refer to the periodic table to determine the increasing order. Following the trend of increasing electronegativity from left to right across a period, the correct order is Si, C, N, P.

3. The order given is Si, P, C, N. Referring to the periodic table, we can determine the increasing order. Following the trend of increasing electronegativity from left to right across a period, the correct order is Si, C, N, P.

4. The order given is P, Si, N, C. By referring to the periodic table, we can determine the increasing order. Following the trend of increasing electronegativity from left to right across a period, the correct order is Si, C, N, P.

Therefore, the correct order of increasing electronegativity among the given elements is Si, C, N, P.

Knowee AI · Accepted Answer

To determine the order of increasing electronegativity among the given elements, we need to compare their electronegativity values.

1. The order given is C, N, Si, P. To determine the increasing order, we can refer to the periodic table. The electronegativity generally increases from left to right across a period. Therefore, the correct order of increasing electronegativity is Si, C, N, P.

2. The order given is N, Si, C, P. Again, we can refer to the periodic table to determine the increasing order. Following the trend of increasing electronegativity from left to right across a period, the correct order is Si, C, N, P.

3. The order given is Si, P, C, N. Referring to the periodic table, we can determine the increasing order. Following the trend of increasing electronegativity from left to right across a period, the correct order is Si, C, N, P.

4. The order given is P, Si, N, C. By referring to the periodic table, we can determine the increasing order. Following the trend of increasing electronegativity from left to right across a period, the correct order is Si, C, N, P.

Therefore, the correct order of increasing electronegativity among the given elements is Si, C, N, P.

The electronegativity of the following elements increases in the order :1. C, N, Si, P2. N, Si, C, P3. Si, P, C, N4. P, Si, N, C

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