Ammonia reacts with oxygen to produce nitrogen monoxide anda. R = 4[NH3]44tsteam. Relate the reactant and product reaction rates.A[NO] _ A[H20]44t64tA[02]5At%3Db. R = 4(NO] - A[H20] _ A[NH3]64tA[02]54t%3D44t44tc. R = - 4[NH3]4[02] - 4[NO] _ 4[H20]44t44t54t64td. R = - 4[NO]44t– A[H20] _ A[NH3]64tA[02]54t44t

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Ammonia reacts with oxygen to produce nitrogen monoxide and a. R = 4[NH3] _ 402] 44t steam. Relate the reactant and product reaction rates. A[NO] _ A[H20] 54t 44t 6At b. R = 4(NO] - A[H20] _ A[NH3] 64t A[02] 54t %3D 44t 44t c. R = - 4[NH3] 4[02] 4[NO] 4[H20] 54t 44t 44t 64t d. R = - 4[NO] 44t - ΔΗ20] ΔΙΝΗ3] 64t 44t A[02] 54t

Ammonia reacts with oxygen to produce nitrogen monoxide and a. R = 4[NH3] _ 402] 44t steam. Relate the reactant and product reaction rates. A[NO] _ A[H20] 54t 44t 6At b. R = 4(NO] - A[H20] _ A[NH3] 64t A[02] 54t %3D 44t 44t c. R = - 4[NH3] 4[02] 4[NO] 4[H20] 54t 44t 44t 64t d. R = - 4[NO] 44t - ΔΗ20] ΔΙΝΗ3] 64t 44t A[02] 54t

Organic Chemistry: A Guided Inquiry

2nd Edition

ISBN:9780618974122

Author:Andrei Straumanis

Publisher:Andrei Straumanis

Chapter4: Polar Bonds, Polar Reactions

Section: Chapter Questions

Problem 18CTQ

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