Home
Class 10
CHEMISTRY
An element is placed in 2nd Group and 3r...

An element is placed in 2nd Group and 3rd Period of the Periodic Table, burns in presence of oxygen to form a basic oxide.
Identify the element.

Text Solution

Verified by Experts

Magnesium (Mg)
Doubtnut Promotions Banner Mobile Dark
|

Topper's Solved these Questions

  • PERIODIC CLASSIFICATION OF ELEMENTS

    OSWAL PUBLICATION|Exercise BOARD CORNER (Short Answer Type Questions) |12 Videos
  • PERIODIC CLASSIFICATION OF ELEMENTS

    OSWAL PUBLICATION|Exercise BOARD CORNER (Long Answer Type Questions) |7 Videos
  • PERIODIC CLASSIFICATION OF ELEMENTS

    OSWAL PUBLICATION|Exercise NCERT EXEMPLAR (SHORT ANSWER QUESTIONS)|27 Videos
  • OLYMPIAD 2019 - 20

    OSWAL PUBLICATION|Exercise CHEMISTRY QUESTIONS (Is Matter Around us Pure)|1 Videos
  • SAMPLE PAPER 1

    OSWAL PUBLICATION|Exercise QUESTION BANK|9 Videos

Similar Questions

Explore conceptually related problems

An element 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 a 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.

An element is placed in 2nd Group and 3rd Period of the Periodic Table, burns in presence of oxygen to form a basic oxide. Write the electronic configuration.

An element is placed in 2nd Group and 3rd period of Periodic Table, it burns in the presence of oxygen to form 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.

An element is placed in 2nd Group and 3rd Period of the Periodic Table, burns in presence of oxygen to form a basic oxide. Draw the electron dot structure for the formation of this oxide.

An element is placed in 2nd Group and 3rd Period of the Periodic Table, burns in presence of oxygen to form a basic oxide. Write the balanced equation when it burns in the presence of air.

An element placed in Group 14 and 2nd period of the Periodic Table, burns in the presence of oxygen to form an acidic oxide. Identify the element.

An element is placed in 2nd Group and 3rd Period of the Periodic Table, burns in presence of oxygen to form a basic oxide. Write a balanced equation when this oxide is dissolved in water.

An element is placed in 2^("nd") group and 3^("rd") period of the periodic table, burns is presence of xygen of form a basic oxide (a) Identify the element (b) Write the electronic configuration (c) Write a balanced equation when it burns in the presence of air (d) Write a balanced when this oxide is dissolved in water (e) Draw the electron dot structure for the formation of this oxide.

An element placed in Group 14 and 2nd period of the Periodic Table, burns in the presence of oxygen to form an acidic oxide. Write the balanced equations to show its burning in the presence of air and the reaction of its oxide with water.

An element placed in Group 14 and 2nd period of the Periodic Table, burns in the presence of oxygen to form an acidic oxide. State the electronic configuration and atomic number of the element.