Homework answers / question archive / For the following reaction 2NH3 (aq) + Ag+ (aq) ——> (Ag(NH3)2)+ (aq) Which of the following is a reasonable expression for the rate law (for some k, p, q, or r), at the time when no products are yet present? ? d[Ag+]/dt = k [NH3]p [Ag+]q ? -d[Ag+]/d[NH3] = k [NH3]p [Ag+]q ? d[(Ag(NH3)2)+]/dt = k [NH3]p [Ag+]q ? -d[NH3]/dt = k [NH3]p [Ag+]q ? -d[Ag+]/dt = k [NH3]p [Ag+]q ? -d[Ag+]/dt = k [NH3]p [Ag+] [(Ag(NH3)2)+]r

For the following reaction 2NH3 (aq) + Ag+ (aq) ——> (Ag(NH3)2)+ (aq) Which of the following is a reasonable expression for the rate law (for some k, p, q, or r), at the time when no products are yet present? ? d[Ag+]/dt = k [NH3]p [Ag+]q ? -d[Ag+]/d[NH3] = k [NH3]p [Ag+]q ? d[(Ag(NH3)2)+]/dt = k [NH3]p [Ag+]q ? -d[NH3]/dt = k [NH3]p [Ag+]q ? -d[Ag+]/dt = k [NH3]p [Ag+]q ? -d[Ag+]/dt = k [NH3]p [Ag+] [(Ag(NH3)2)+]r

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For the following reaction

2NH₃ (aq) + Ag⁺ (aq) ——> (Ag(NH₃)₂)⁺ (aq)

Which of the following is a reasonable expression for the rate law (for some k, p, q, or r), at the time when no products are yet present?

? d[Ag⁺]/dt = k [NH₃]^p [Ag⁺]^q

? -d[Ag⁺]/d[NH₃] = k [NH₃]^p [Ag⁺]^q

? d[(Ag(NH₃)₂)⁺]/dt = k [NH3]^p [Ag⁺]^q

? -d[NH₃]/dt = k [NH₃]^p [Ag⁺]^q

? -d[Ag⁺]/dt = k [NH₃]^p [Ag⁺]^q

? -d[Ag⁺]/dt = k [NH₃]^p [Ag⁺] [(Ag(NH₃)₂)⁺]^r