(a) Rate vs Time for zero order is a horizontal line (Rate = const.) (b) t?/? vs Concentration for zero order is a straight line through the origin (t?/? ∝ [C?]) (c) Concentration vs Time for first order is an exponential decay (C? = C?e?) (d) Concentration vs Time for a reaction is a decreasing curve, not a horizontal line. (e) Rate vs Concentration for first order is a straight line through the origin (Rate = k[Conc.]¹)
<div class="photo-widget-full"><div class="figure"><div><div><picture><source srcset="" media=" (max-width: 500px)"><img src="https://images.shiksha.com/mediadata/images/1755671049phpP6mqcf.jpeg" alt="" width="343" height="243" loading="lazy"></picture></div></div><p>(a) Rate vs Time for zero order is a horizontal line (Rate = const.)<br>(b) t?/? vs Concentration for zero order is a straight line through the origin (t?/? ∝ [C?])<br>(c) Concentration vs Time for first order is an exponential decay (C? = C?e?)<br>(d) Concentration vs Time for a reaction is a decreasing curve, not a horizontal line.<br>(e) Rate vs Concentration for first order is a straight line through the origin (Rate = k[Conc.]¹)</p></div></div>
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