KMU MDCAT 2024 Chemistry#Chemical Kinetics#Rate Constant1Choose the best answerFor a first order reaction A → B, the rate constant is 0.0458 s⁻¹. Calculate rate of the reaction if the concentration of reactant is 0.35 mol dm⁻³. (KMU MDCAT 2024)A0.012 mol dm⁻³ s⁻¹B0.014 mol dm⁻³ s⁻¹C0.016 mol dm⁻³ s⁻¹D0.018 mol dm⁻³ s⁻¹ Like 1 Discuss 0Share
MDCAT Chemistry Past Paper 2023#Chemical Kinetics#Ionic Reaction Rate2Choose the best answerWhich of the following best describes the ionic reactions of inorganic compounds? (MDCAT 2023)AVery slowBModerately slowCVery fastDDo not occur Like 0 Discuss 0Share
SZABMU MDCAT 2025 Chemistry#Activation Energy#Chemical Kinetics3Choose the best answerReactions having high activation energy are generally: (SZABMU MDCAT 2025)ASpontaneousBFastCSlowDAlways exothermic Like 1 Discuss 0Share
XiMDCAT XI Complete Chemistry Grand Test#Chemical Kinetics#Rate Law4Choose the best answerUsing the experimental data for 2A + B₂ → 2AB, identify the correct rate law.ARate = k[B₂]²BRate = k[A]²[B₂]CRate = k[A][B₂]DRate = k[B₂] Like 0 Discuss 0Share
XIIMDCAT Chemistry Test#Chemical Kinetics#Order of Reaction5Choose the best answerConsider the following rate-law statements: I. SN₁ → Rate = k[R–X] II. SN₂ → Rate = k[R–X][Nu⁻] III. SN₁ → Second order IV. SN₂ → First order Which statements are correct?AI and II onlyBII and III onlyCI, II and IV onlyDI, II, III and IV Like 0 Discuss 0Share