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pushpa Uday
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#🤔 Unknown Facts
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![🤔 Unknown Facts - Step 2: Determine the Rate Law and Rate Constant Substituting the orders back into the rate law formula: k[A][B]2 Rate F To find the rate constant K, substitute the data from Experiment 1 into the rate law: L~1)(0. min - ] 6.0 X k(0.1 moll mol 10-3 L-1 *] 3 k(0.1)(0.01) 6.0 * 10-3 S k(10-3) 6.0* 10~3 S -1 k = 6.0 L2 min mol-2 Answer: k[A][B]' and the rate The rate law is Rate S 1 6.0 L2 constant is k = min mol-2 Step 2: Determine the Rate Law and Rate Constant Substituting the orders back into the rate law formula: k[A][B]2 Rate F To find the rate constant K, substitute the data from Experiment 1 into the rate law: L~1)(0. min - ] 6.0 X k(0.1 moll mol 10-3 L-1 *] 3 k(0.1)(0.01) 6.0 * 10-3 S k(10-3) 6.0* 10~3 S -1 k = 6.0 L2 min mol-2 Answer: k[A][B]' and the rate The rate law is Rate S 1 6.0 L2 constant is k = min mol-2 - ShareChat](https://cdn4.sharechat.com/bd5223f_s1w/compressed_gm_40_img_923098_28c5ff2_1772298921901_sc.jpg?tenant=sc&referrer=pwa-sharechat-service&f=901_sc.jpg "🤔 Unknown Facts - Step 2: Determine the Rate Law and Rate Constant Substituting the orders back into the rate law formula: k[A][B]2 Rate F To find the rate constant K, substitute the data from Experiment 1 into the rate law: L~1)(0. min - ] 6.0 X k(0.1 moll mol 10-3 L-1 *] 3 k(0.1)(0.01) 6.0 * 10-3 S k(10-3) 6.0* 10~3 S -1 k = 6.0 L2 min mol-2 Answer: k[A][B]' and the rate The rate law is Rate S 1 6.0 L2 constant is k = min mol-2 Step 2: Determine the Rate Law and Rate Constant Substituting the orders back into the rate law formula: k[A][B]2 Rate F To find the rate constant K, substitute the data from Experiment 1 into the rate law: L~1)(0. min - ] 6.0 X k(0.1 moll mol 10-3 L-1 *] 3 k(0.1)(0.01) 6.0 * 10-3 S k(10-3) 6.0* 10~3 S -1 k = 6.0 L2 min mol-2 Answer: k[A][B]' and the rate The rate law is Rate S 1 6.0 L2 constant is k = min mol-2 - ShareChat")