The formula for Cs and S is Cs₂S.
For Cs and S,
Ions formed will be Cs⁺ and S²⁻
As cesium belongs to group 1A and sulfur belongs to group 6A. Therefore, the condensed electronic configuration is -
For Cs is [Xe} 6s¹ and for S is [Ne] 3s²3p⁴.
Cs have 1 valence electron and S have 6 valence electrons.
Hence to attain a stable electronic configuration, both two Cs atoms lose one electron and form Cs⁺ and these two electrons will be accepted by one S atom to form S²⁻.
Therefore the formula for the compound is Cs₂S as Cs donate 1 electron and S will accept 2 electrons from Cs.
The formula is Cs₂S.
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The answer to your question would be C. Also you put two "B"'s XD
Answer: Thr reactions are balanced because both have the same products so they are balanced. This represents a balanced graph
Explanation:
Explanation:
As the number of valence electrons in boron is three, it forms compounds that are electron deficient. Such electron-deficient molecules tend to accept a pair of electrons to achieve stable electronic configuration and thus, behave as Lewis acids.
The correct answer is Graphite. The change in enthalpy of carbon in diamond to graphite form is negative. It shows that graphite should be more stable than diamond. The melting point of graphite is more than diamond which implies that it is a thermodynamically most stable allotrope of carbon.
