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Write a long answer to the following questions in a few more sentences:
An element is placed in 2nd Group and 3rd Period of the Periodic Table, burns in presence of oxygen to form a basic oxide,
(a) Identify the element.
(b) Write the electronic configuration.
(c) Write the balanced equation when it burns in the presence of air.
(d) Write a balanced equation when this oxide is dissolved in water.
(e) Draw the electron dot structure for the formation of this oxide.
(a) Identify the element.
(b) Write the electronic configuration.
(c) Write the balanced equation when it burns in the presence of air.
(d) Write a balanced equation when this oxide is dissolved in water.
(e) Draw the electron dot structure for the formation of this oxide.
(a)
(b) Electronic configuration is .
(c) \(2Mg\) + \(O_2\) →
(d) \(MgO\) + \(H_2O\) → \(Mg(OH)_2\)
(e) \(Mg\) → \(Mg^2{^+}\) + \(2e^-\)\(2,8,2\) → \(O\) + \(2e^-\) → \(O^2{^-}\)\(2,6\) →
(b) Electronic configuration is .
(c) \(2Mg\) + \(O_2\) →
(d) \(MgO\) + \(H_2O\) → \(Mg(OH)_2\)
(e) \(Mg\) → \(Mg^2{^+}\) + \(2e^-\)\(2,8,2\) → \(O\) + \(2e^-\) → \(O^2{^-}\)\(2,6\) →
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