Element 'X' reacts with chlorine to form a chloride compound of formula ${XCl}_{4}$ . 'X' would most likely belong to the same group in the periodic table as that of:

silicon

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magnesium

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aluminium

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sodium

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Solution

The correct option is A silicon
The formula of the given chloride compound is ${XCl}_{4}$ . Using the criss-cross method we understand that the valency of X is four and chlorine is one. Hence it can be concluded that X is present in group fourteen of the periodic table. In the given options, silicon belongs is a group fourteen element.

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Element X forms a chloride of formula $X C l_{4}$ which is solid with a low melting point. X would most likely belong to the same group in the periodic table as that of

Q. Element X forms a chloride with the formula

X C l_{2}

, which is a solid with a high melting point. X would most likely be in the same group of the Periodic Table as
(a) Na
(b) Mg
(c) AI
(d) Si

Q. Element

X

forms a chloride with the formula

X C l_{2}

, which is a solid with a high melting point.

X

would most likely be in the same group of the Periodic Table as:

Element X reacts with a chloride to give XCl. X is most likely to be in the same period of the periodic table. Find X.

Element X reacts with chlorine to give XCl . X is most likely to be in the same period of the periodic table. What is X?

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Element 'X' reacts with chlorine to form a chloride compound of formula XCl4. 'X' would most likely belong to the same group in the periodic table as that of:

Element 'X' reacts with chlorine to form a chloride compound of formula ${XCl}_{4}$ . 'X' would most likely belong to the same group in the periodic table as that of: