Please help? 13) The first-order decomposition of hydrogen peroxide occurs according to the equation:2 H,O2(aq)→ 2 H20(I) + O2(g)If you were to use data from a concentration vs. time study of this reaction, what would you plot in order to producea straight line?a) [H2O2] vs timeb) [H,O2]? vs time1c)[H2O2]vs timed) In[H2O2] vs time14) Dilute hydrogen peroxide in water, 3% (mass/mass), is sold over the counter to sterilize wounds. After 16 hours thebottle has only 0.75% H2O2, given these concentrations changes and time, how many half-lives have occurred? Whatis the expected half-life (t/2) for the above reaction?15) Explain why it is not possible for the reaction below to be the elementary step for the decomposition of hydrogenperoxide given the data presented.2 H,02(aq) → 2 H,O(/) + O2(g)

If the rate of Chemical reaction linearly depends on only one reactant concentration, this is called…

13) The first-order decomposition of hydrogen peroxide occurs according to the equation: 2 H,O¿(aq) → 2 H2O(I) + O2(g) If you were to use data from a concentration vs. time study of this reaction, what would you plot in o a straight line? a) [H2O2] vs time b) [H¿O2]? vs time c) (H2O2] vs time d) In[H2O2] vs time

13) The first-order decomposition of hydrogen peroxide occurs according to the equation: 2 H,O¿(aq) → 2 H2O(I) + O2(g) If you were to use data from a concentration vs. time study of this reaction, what would you plot in o a straight line? a) [H2O2] vs time b) [H¿O2]? vs time c) (H2O2] vs time d) In[H2O2] vs time

Chemistry

10th Edition

ISBN:9781305957404

Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Chapter1: Chemical Foundations

Section: Chapter Questions

Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...

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60 08 Zoom Add Slide Play Table Chart Text Shape Media Comment Background In 2014, the city of Flint, Michigan, began taking its municipal water from the Flint River and treating it at the city's own water treatment plant, in order to save money. By 2015, reports surfaced of high lead levels in Flint city water. High lead levels in municipal water can have devastating health ramifications for a city's population, since lead is a neurotoxin that is particular dangerous for developing brains. After Flint began treating its own water, the percentage of children with elevated blood levels increased from 2.4% from 4.9%. Flint's water crisis was caused by the failure to adequately control corrosion of the lead and iron pipes that distribute water throughout the city, allowing rust and lead to taint the city's water supply. The increased corrosiveness of the Flint-treated water was due to several factors. We will look at just one of those factors in this activity: Failure to treat the lead…
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