反应H+I→2HI的机理为 (1)推到该反应的速率方程; (2)计算反映的表观活化能。 (简答题) 反应H2+I2→2HI的机理为 (1)推到该反应的速率方程; (2)计算反映的表观活化能。 正确答案 答案解析 略 真诚赞赏,手留余香 小额打赏 169人已赞赏
H2(g)+I2(g)→2HI(g)的反应中,556K时的反应速率常数k1=4.45×10-5 mol-1.L.S-1,700K时k2=6.43×10-2 mol-1.L.S-1。 试求:(1)该反应为几级反应? (2)反应的活化能Ea
H2(g)+I2(g)→2HI(g)的反应中,556K时的反应速率常数k1=4.45×10-5 mol-1.L.S-1,700K时k2=6.43×10-2 mol-1.L.S-1。 试求(1)该反应为几级反应? (2)反应的活化能Ea 该题目是简答题,请认证思考题目并且简要回答!正确答案 点击免费查看答案 试题上传试题纠错...
Step by step video, text & image solution for IfK_e of the reaction,2HI rarr H_2+ I_2 is 0.25, the equilibrium constant of the reaction H_2+ I_2 rarr 2HI would be : by Chemistry experts to help you in doubts & scoring excellent marks in Class 12 exams.Updated...
Step by step video, text & image solution for IfK_e of the reaction,2HI rarr H_2+ I_2 is 0.25, the equilibrium constant of the reaction H_2+ I_2 rarr 2HI would be : by Chemistry experts to help you in doubts & scoring excellent marks in Class 12 exams.Updated...
2NO2(g)+H2(g)→N2(g)+H2O(g) 在一定温度下,某密闭容器中等摩尔比的NO与H2混合物在不同初压下的半衰期如下:求反应的总级数。参考答案: 您可能感兴趣的试卷你可能感兴趣的试题 1.问答题 反应2NOCl(g)→2NO(g)+Cl2(g)在200℃下的动力学数据如下: 反应开始只有NOCl,并认为反应能进行到底。求反应级数...
反应2H2+2NO→N2+2H2O,在恒容下用等摩尔H2,NO进行实验,测得以下数据 参考答案: 参考答案: 2.问答题有一反应在间歇反应器中进行,经过8min后,反应物转化掉80%,经过18min后,转化掉90%,求表达此反应的动力学方程式 3.问答题 气相基元反应A+2B→2P在30℃和常压下的反应速率常数kc=2.65×104m6kmol-2s-1现...
When conditions were incubated under an argon atmosphere (absence of molecular nowriat5rso.7ag3ce8hn µi)e,mvaeo2dl-ot(foFHi3g2-.fpo5el,rdmTinagbcorleefsadsr1ey(aw >ne 3di7g0h2 )tµ.pmIenrolhaoodfudHri)t2iionpnetrh, mepyrgoieodlfduCcothfioHl.nh2 rates cells gorfou...
monoonmomeresrasnadndthtehbeinbainryarcyomcopmlepxleesxeHs2HXP2X:OPH:O2Hw2 ewreeroeptoipmtizmeidzeadt saetcsoencdo-nodrd-oerrdMerøMlleørl-lPelre-sPsletsspeetrptuerrbtuartiboantitohneothryeo(rMyP(2M) P[222)–[2252]–w25i]thwthitehatuhge'-acucg-p'-VccT-ZpVbTaZsisbsaestis[2s6e]...
With regard to the general use of CO2 as a carbon source, several process simulations and techno-economic analyses of methanol synthesis from green hydrogen and captured CO2 have been reported, with the CO2 source being either a cleaned industrial flue gas or concentrated atmospheric CO2 (i.e.,...