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Calculate the energy in joules required to convert all the atoms of sodium to sodium ions present in 2.3 mg of sodium vapours? Ionization enthalpy of sodium is `495 kJ "mol"^(-1 )` (Atomic mass of Na = 23)

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To calculate the energy required to convert all the atoms of sodium to sodium ions present in 2.3 mg of sodium vapors, we can follow these steps: ### Step 1: Convert the mass of sodium from milligrams to grams. Given: - Mass of sodium = 2.3 mg To convert milligrams to grams: \[ ...
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VMC MODULES ENGLISH-CLASSIFICATION OF ELEMENTS AND PERIODICITY IN PROPERTIES -JEE ADVANCE (ARCHIVE)
  1. Calculate the energy in joules required to convert all the atoms of so...

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  2. The energy released when an electron is added to a neutral gaseous ato...

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  3. The hydration energy of Mg^(+2) is greater than that of

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  4. Arrange the following in the given order (a) Decreasing ionic size, ...

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  5. On Mulliken scale, the average of ionisation potential and electron af...

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  6. The softness of group IA metals increase down the group with increasin...

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  7. Compare qualitatively the first and second ionisation potentials of co...

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  8. Arrange the following in the order of their increasing size : Cl^(-) ,...

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  9. In group IA of alkali metals, the ionisation potential decrease down t...

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  10. The electronegativity of the following elements increases in the order

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  11. Atomic radii of fluorine and neon (Å) respectively are given as

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  12. The first ionisation potential (in electron volts) of nitrogen and oxy...

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  13. The first ionisation enthalpies of Na, Mg , Al and Si are the order

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  14. Which of the following statements is/are true for the long form of the...

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  15. The first ionisation potential (in electron volts) of nitrogen and oxy...

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  16. Which one of the following is the smallest in size?

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  17. Why the first ionisation energy of carbon atom is greater than that of...

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  18. Amongst the element with following electronic configurations, which on...

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  19. Arrange the following as stated: Increasing order of ionic size N^(3...

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  20. The statement that is not correct for periodic classification of eleme...

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  21. Ca^(2+) the first ionisation energies of elements along a period do no...

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