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Hybridization in Beryllium and Boron compounds
Beryllium (Be) and Boron (B) form covalent compounds because of their high ionization energies and this can be explained on the basis of hybridisatio..
Diagonal Similarities of Beryllium and Aluminium
Due to diagonal relationship existing between beryllium and aluminium, they both show some similarities. * Both Be and Al form covalent compounds. * On treatment with concentrated HNO 3 , both beryllium and aluminium are rendered passive. * Both fo..
Differences between Beryllium and Magnesium
. Magnesium does so. Beryllium forms covalent compounds while magnesium forms ionic compounds. With water, beryllium carbide gives methane while magnesium carbide gives acetylene. BeO is amphoteric in nature while MgO is basi..
. Magnesium does so. Beryllium forms covalent compounds while magnesium forms ionic compounds. With water, beryllium carbide gives methane while magnesium carbide gives acetylene. BeO is amphoteric in nature while MgO is basi..Diagonal Similarities of Beryllium and Aluminium
Due to diagonal relationship existing between beryllium and aluminium, they both show some similarities. Both Be and Al form covalent compounds. On treatment with concentrated HNO 3 , both beryllium and aluminium are rendered passive. Both form complexes. BeO and Al 2 ..
Due to diagonal relationship existing between beryllium and aluminium, they both show some similarities. Both Be and Al form covalent compounds. On treatment with concentrated HNO 3 , both beryllium and aluminium are rendered passive. Both form complexes. BeO and Al 2 ..Metallic or interstitial hydrides
Metallic hydrides are formed by most of the 'd' block elements (i.e., transition elements), on reacting with hydrogen. Hydrogen exists in the atomic rather than ionic form. Due to small size of hydrogen atoms when compared to the metal atoms, hydrogen atoms occupy interstitial positions in the met..
Solution
Lithium and Sodium act as strong reducing agents. So, they reduce some metallic chlorides and oxides into metals easily. This property is applied in the preparation of some metals. For example, beryllium, uranium etc., can be obtained by the reduction of the corresponding halides using s..
Lithium and Sodium act as strong reducing agents. So, they reduce some metallic chlorides and oxides into metals easily. This property is applied in the preparation of some metals. For example, beryllium, uranium etc., can be obtained by the reduction of the corresponding halides using s..See what our Users say :
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