(A) The statement is $True$. Non-metals have a high tendency to attract electrons due to their high electronegativity. They typically gain electrons t

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(A) The statement is $True$. Non-metals have a high tendency to attract electrons due to their high electronegativity. They typically gain electrons to complete their valence shells,forming anions or covalent bonds. In the periodic table,electronegativity increases from left to right across a period and decreases down a group. Consequently,non-metals are located on the right-hand side of the periodic table,particularly towards the top,where electronegativity values are highest.

Class 10 Science Periodic Classification of Elements Mix Examples - Periodic Classification of Elements

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Write true or false for the statements: Non-metals are electronegative. They tend to form bonds by gaining electrons. As the trends in the electronegativity show,non-metals are found on the right-hand side of the periodic table towards the top.

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True
B
False
C
D

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Mix Examples - Periodic Classification of Elements

Write the formula of the product formed when the element $A$ (atomic number $19$) combines with the element $B$ (atomic number $17$). Draw its electronic dot structure. What is the nature of the bond formed?

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An element belongs to the third period and second group of the periodic table:
$(a)$ State the number of valence electrons in it.
$(b)$ Is it a metal or a non-metal?
$(c)$ Name the element.
$(d)$ Write the formula of its oxide.

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Why are lithium (atomic number $3$) and potassium (atomic number $19$) placed in group $1$? What will be the atomic numbers of the first two elements in group $2$?

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$D$öbereiner's system of classification into triads was not found to be useful as he could identify only:

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Two elements $X$ and $Y$ have atomic numbers $11$ and $16$ respectively.
$(a)$ Write the electronic configuration of both.
$(b)$ Which type of bond will they form?
$(c)$ Write the formula of the compound formed by their combination (in terms of $X$ and $Y$).

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Write true or false for the statements: Non-metals are electronegative. They tend to form bonds by gaining electrons. As the trends in the electronegativity show,non-metals are found on the right-hand side of the periodic table towards the top.

Similar Questions

Write the formula of the product formed when the element $A$ (atomic number $19$) combines with the element $B$ (atomic number $17$). Draw its electronic dot structure. What is the nature of the bond formed?

An element belongs to the third period and second group of the periodic table:$(a)$ State the number of valence electrons in it.$(b)$ Is it a metal or a non-metal?$(c)$ Name the element.$(d)$ Write the formula of its oxide.

Why are lithium (atomic number $3$) and potassium (atomic number $19$) placed in group $1$? What will be the atomic numbers of the first two elements in group $2$?

$D$öbereiner's system of classification into triads was not found to be useful as he could identify only:

Two elements $X$ and $Y$ have atomic numbers $11$ and $16$ respectively.$(a)$ Write the electronic configuration of both.$(b)$ Which type of bond will they form?$(c)$ Write the formula of the compound formed by their combination (in terms of $X$ and $Y$).

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An element belongs to the third period and second group of the periodic table:
$(a)$ State the number of valence electrons in it.
$(b)$ Is it a metal or a non-metal?
$(c)$ Name the element.
$(d)$ Write the formula of its oxide.

Two elements $X$ and $Y$ have atomic numbers $11$ and $16$ respectively.
$(a)$ Write the electronic configuration of both.
$(b)$ Which type of bond will they form?
$(c)$ Write the formula of the compound formed by their combination (in terms of $X$ and $Y$).