Reason The Solubility Of C_sI Being Less Soluble Than C_s F; And Li I Being More Soluble Than Li F In Water. Tellurium Hydride (T_eH_z) Is A Stronger Bronsted Acid Than Stannic Hydride (S_nH_4). Account For This Behavior. Which Molecule In Each Of The Following Series Has The SMALLEST Bond Angle? Please Reason Your Answer A) OSeF_2, OSeCl_2, OSeBr_2 …

Reason The Solubility Of C_sI Being Less Soluble Than C_s F; And Li I Being 
More Soluble Than Li F In Water. Tellurium Hydride (T_eH_z) Is A Stronger 
Bronsted Acid Than Stannic Hydride (S_nH_4). Account For This Behavior. 
Which Molecule In Each Of The Following Series Has The SMALLEST Bond Angle? 
Please Reason Your Answer A) OSeF_2, OSeCl_2, OSeBr_2 ...

Transcribed Text:Question: Reason the solubility of C_sl being less soluble than C_s F; and…

10.) Reasanthe selubility of CsI being las soluble th:
CF j and Li being more soluble then Li Fin use!

is a stronger Bronsted acid
fifae Hyded. CTH.) is a sherge: aaa
ee Sitonnle ded (Sat). Aecourt-for this beh

4) Which maleale in each of the Follow series has the SMAU-EST
“band angle? Please reason Your angwer

0.) OSef,, 0SeCl2, OSeBr,
b) pls, AsTs, SbLs

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10) Reason the solubility of Csl being less soluble than CsF; and Lil being more soluble than LiF in water.
Answer:

Lit is a hard lewis acid and has a stronge bond to the hard base F in LiF. The opposite is true for Cs* which

is a relatively soft acid and has a stronger bond with the soft bae I”. so, Csl being less soluble than CsF; and
Lil being more soluble than LiF in water.

4

a) Electronegtivity of the central atom decreases then the bond angle decrese.
so, the bind angle order is Pl; > Asl3 > Sbl3

so, the smallest bond angle is for Sbl

b) Electronegativity of the surrounding atoms decrease (central atom remains the same) the bond angle
increases.

so, the bond angle order is OSeF2 < OSeCly < OSeBry so, the smallest bond angle is for OSeF

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