What Is Diagonal Relationship The diagonal relationship is shown by 2nd and 3rd period elements of the periodic table as they have similar properties The diagonal relationship is due to similar sizes of atoms or ions and electronegativities of the participating elements and the same polarising power Eg Li and Mg
The diagonal relationship is due to the similarity in ionic sizes and or charge radius ratio of the elements Q Mention any three diagonal relationship similarities between Berylium and Aluminium Q Diagonal similarities are due to the similar polarising power of elements Polarising power is directly proportional to Q Zr Z 40 and Hf A diagonal relationship is said to exist between certain pairs of diagonally adjacent elements in the second and third periods of the periodic table These pairs lithium Li and magnesium Mg beryllium Be and aluminium Al boron B and silicon Si etc exhibit similar properties for example boron and silicon are both semiconductors
What Is Diagonal Relationship
What Is Diagonal Relationship
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The diagonal relationship is due to identical sizes of ions On moving rightward a period of the periodic table the size of the atoms decreases and on moving down a group the size of the atoms increases
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What Is Diagonal Relationship
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A diagonal relationship is said to exist between certain pairs of diagonally adjacent elements in the second and third periods of the periodic table Diagonal relationships occur because of the directions in the trends of various properties as you move across or down the periodic table Many of the chemical properties of an element are related
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Q 4 Thus lithium shows similarities to magnesium and beryllium to aluminium in many of their properties This type of diagonal similarity is commonly referred to as diagonal relationship in the periodic table The diagonal relationship is due to the similarity in ionic sizes and or charge radius ratio of the elements View Solution
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Diagonal Relationship It has been observed that Lithium Beryllium Boron Carbon Nitrogen Oxygen and Fluorine have slightly different periodic properties than the rest of the elements belonging to Group 1 2 13 17 respectively For example Lithium and Beryllium form covalent compounds whereas the rest of the members of Groups 1 and 2
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The diagonal neighbors show a lot of similarities Such a relationship is exhibited as you move left to right and down the group the periodic table has opposing factors For example the electronegativity of the elements increases as we go across the period and decreases as we go down the group Therefore when it is moved diagonally the
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Diagonal relationship In S block elements there is a diagonal link between neighboring elements that are situated in the second and third periods of the periodic table When compared to the other elements in the subgroup to which they belong S block elements attributes differ dramatically Explanation of the correct answer
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