University:
Loyola University Maryland
Course:
CH 101 | General Chemistry I
Academic year:

2024
Views:

218

Pages:

2
Author:

Natasya J.

Chemical Properties: hydridy MM₃ type s, pyramidal S NH Ammorria phosphine Ash Arsine 8613 stilbine BIN Bismuthime → order of thermal stability. NH3 PH > As 13 > 36 M3 BiH₃ order of reducing cli a thermal stability NH3 < PH3 2 As ng b612 2 B113 → order of Basic > PH3 > Asthy S6₃> B. M 3 gb savic cứ of hydride весаще lp density at central atorm down the with 1 is AS I on it and hence attack of & (ive charge species) & on it 8 hence Basic cut Frate of formation of WHY > rate of Sormation → fdes of Bond angle:- NH3 > PH3 > AstH3 > S613 > Binz 10.5° 93.5 91.5° 913 90 with decrease in En of central atom BA ordes of BP- NH3 PH3 A3 13 36 13 238.5℃ 985.5% 210°C 254℃ 290 M. wit hence Vwf ↑ B.PT NH₃ have more due H- Bonding. B. P. order hydrides of N, O,s halagen family PH₃ 2 ASH₃ 2.N131 28613 & BiHz Nirogen Samily < Hase < 12te 2/201 oxygen family ne < HBO CHI < (HF) halogen family order of dipole moment! down the gb dipole moment with & in EN of central atom ↓ NH3> PH3 > As H3> Sb H₃ Bilz