As many as you can please

Bs 31.6k mol? A) 35.2k B) 6.49kJ (C) 54.1+1 (D) 15.4k (F) 18.1k k. inol? A) 86.7kl (B) 11.5k C) 1594 (D) 52,8k. (5.) 7.9k 18) Conaider the phase change diagram shewn here. 1deritify the stabe preseat at point a A) Selid B) [igind C) (3) Separntical fluis B) Selidliquid equilibenan er fision curve 42) Ar atmoupheric pocsume and room temponature, dry ice A) frecres: H) depusita. (C) sublimes D) melts F) tovik. 6) Rank the moiscules in arder of decrcesing heut of saporimition. 43) At 30F F and atmosphenc presume, waser A) inerere: H) deposits. (7) sublimss. Thap =3k.56klmal at 7.4C. A) 4549 B) 326,25 C) 6.15.1 R D) 0.3% E. 6.5g Bs 31.6k mol? A) 35.2k B) 6.49kJ (C) 54.1+1 (D) 15.4k (F) 18.1k k. inol? A) 86.7kl (B) 11.5k C) 1594 (D) 52,8k. (5.) 7.9k 18) Conaider the phase change diagram shewn here. 1deritify the stabe preseat at point a A) Selid B) [igind C) (3) Separntical fluis B) Selidliquid equilibenan er fision curve 42) Ar atmoupheric pocsume and room temponature, dry ice A) frecres: H) depusita. (C) sublimes D) melts F) tovik. 6) Rank the moiscules in arder of decrcesing heut of saporimition. 43) At 30F F and atmosphenc presume, waser A) inerere: H) deposits. (7) sublimss. Thap =3k.56klmal at 7.4C. A) 4549 B) 326,25 C) 6.15.1 R D) 0.3% E. 6.5g