1. Provide the chemical formula for the substance deseribed in each of the chemical reactions. Refer to pages 120 - 121 for the substance described in each reaction. (a) the white smoke produced from reaction A.1 (b) the strong odor produced from reaction A.2 (c) the colorless gas produced from reaction B.1. (d) the flame-extinguishing gas from reaction B.2 (c) the gray whid produced from reaction C.I (1) the colorless yas produced from reaction C.2 (g) the white ppt produced from reaction C3 (h) the cream pot produced from reaction D.1 (1) the bluc-white ppt produced from reaction D.2 (i) the white ppt produced from reaction D3 (k) the yellow ppt produced from reaction D.4 (i) the blue-white ppt mroduced from reaction D.5 (im) the white ppt produced from reaction D.6 (n) the acid reacting in reaction E1 (o) the acid reacting in reaction E.2 (p) the acid reacting in reaction E.3 (4) the base reacting in reactions E.1E.3 2. Refer to the Aetivity Series for Metals in Appendix F and indicate reaction (Rxn) or no reactiun (NR) when a piece of zine metal is dropped into the following aqueous solutions. (a) A/(NO3)3(a+q) (b) Cr(NO3)y(aq) (c) Mg2(NO3)(dip) (d) Fo(NO3)2(aq) (c) Cu(NO3h(ai) (f) HNO3(aq) 1. Provide the chemical formula for the substance deseribed in each of the chemical reactions. Refer to pages 120 - 121 for the substance described in each reaction. (a) the white smoke produced from reaction A.1 (b) the strong odor produced from reaction A.2 (c) the colorless gas produced from reaction B.1. (d) the flame-extinguishing gas from reaction B.2 (c) the gray whid produced from reaction C.I (1) the colorless yas produced from reaction C.2 (g) the white ppt produced from reaction C3 (h) the cream pot produced from reaction D.1 (1) the bluc-white ppt produced from reaction D.2 (i) the white ppt produced from reaction D3 (k) the yellow ppt produced from reaction D.4 (i) the blue-white ppt mroduced from reaction D.5 (im) the white ppt produced from reaction D.6 (n) the acid reacting in reaction E1 (o) the acid reacting in reaction E.2 (p) the acid reacting in reaction E.3 (4) the base reacting in reactions E.1E.3 2. Refer to the Aetivity Series for Metals in Appendix F and indicate reaction (Rxn) or no reactiun (NR) when a piece of zine metal is dropped into the following aqueous solutions. (a) A/(NO3)3(a+q) (b) Cr(NO3)y(aq) (c) Mg2(NO3)(dip) (d) Fo(NO3)2(aq) (c) Cu(NO3h(ai) (f) HNO3(aq)