ElementElectronegativity ValueW2.7X2.1Y0.8Z3. | vedclass

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(D) Electronegativity difference determines the nature of the bond: $1$. $W(2.7)$ and $Z(3.4)$ have a difference of $0.7$,forming a covalent bond. Cov

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$WX$ conducts electricity only in fused state

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(D) Electronegativity difference determines the nature of the bond: $1$. $W(2.7)$ and $Z(3.4)$ have a difference of $0.7$,forming a covalent bond. Covalent compounds do not conduct electricity in solid or fused states. Statement $A$ is correct. $2$. $Y(0.8)$ is a metal and $Z(3.4)$ is a non-metal,forming an ionic bond $(YZ)$. Ionic compounds conduct electricity in fused and solution states. Statement $B$ is correct. $3$. $X(2.1)$ and $Z(3.4)$ have a difference of $1.3$,forming a polar covalent bond. Polar covalent compounds generally do not conduct electricity in fused or solid states,though some may show slight conductivity in solution. Statement $C$ is incorrect as it is not a typical ionic conductor. $4$. $W(2.7)$ and $X(2.1)$ have a difference of $0.6$,forming a covalent bond. Covalent compounds do not conduct electricity in fused or solid states. Statement $D$ is incorrect. Given the options,$D$ is the most fundamentally incorrect statement regarding the nature of covalent compounds.

Element	Electronegativity Value
$W$	$2.7$
$X$	$2.1$
$Y$	$0.8$
$Z$	$3.4$

Element Electronegativity Value
$W$ $2.7$
$X$ $2.1$
$Y$ $0.8$
$Z$ $3.4$
The incorrect statement regarding the given information is:

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ElementElectronegativity Value$W$$2.7$$X$$2.1$$Y$$0.8$$Z$$3.4$The incorrect statement regarding the given information is: