equation of the reaction of hydrogen peroxide and iodide ions. This will be achieved by using an iodine clock method and colorimetric analysis. 2. Draw a graph of rate against concentration for each reactant (Hydrogen peroxide‚ potassium iodide and H+ ions). 3. Finding the order for each reactant 4. Finding the rate-determining step. 5. Proposing a mechanism for the reaction. 6. Using Arrhenius’ equation to find the activation enthalpy. Background The basic reaction for this can be illustrated
Free Chemical reaction Chemical kinetics
times 6‚ 7‚ 8 hours on reaction time (seconds) in humans?” concluded that the group sleeping six hours had an average reaction time of 0.54 seconds‚ the group sleeping seven hours had an average reaction time of 0.60 seconds‚ and the group sleeping eight hours had an average reaction time of 0.45 seconds. The hypothesis was somewhat supported with the group sleeping eight hours having the highest reaction time‚ however‚ the group sleeping seven hours hours had a slower reaction time than those sleeping
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To investigate how does the concentration of Hydrochloric acid affect the rate of reaction? Outline I aim to discover how different concentrations of Hydrochloric acid influence the rates of reaction. In order to carry out this investigation I have decided to use marble chips‚ which I will vary the sizes as powder‚ small chips and large chips. I will also be changing the concentration‚ the different concentrations are as follows 0.2m‚ 0.5m‚ 1m‚ 1.5‚ 2m. I have chosen these concentrations as they
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UCD School of Chemical & Bioprocess Engineering CHEN20040 Chemical & Bioprocess Engineering Laboratory I Experiment: 1 Title: Reaction order of the oxidation of iodide by persulphate in neutral solution Name: Lab Partner: Group: Experiment Performed: Report Due: Report Submitted: Table of Contents Abstract Page 3 Materials and Methods 4 Results and Discussion 5 Conclusion 10 Report Questions 11 Appendices Appendix A. Experimental Data
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support. They are our inspirations in everything that we did. They never failed to show their love and care even when we are apart from them. Words can never be enough to thank you for the things you have done for us. We would also like to thank our OJT coordinator‚ Ms. Rosanna C. Bince for her support and encouragements even from the moment we took our internship. She always believed in everything that we are capable of doing. Her conviction gave us confidence to do things that at first seemed impossible
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Polymerase chain reactions are the specific terms used in stating different compounds and sates of the carbon compound which are specially used in a particular branch of chemistry called the organic chemistry. Polymerase chain reactions are the specific reactions which take place between several carbon compounds under particular circumstances. These invariably tough reaction chains are a part of the study of organic chemistry and thus the chain reactions are considerably hard to remember or to be
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increase the reaction rate. This will result in the particles colliding more frequently and increasing the speed of the reaction. Also when they have more energy there will be more chance of the collisions being successful because the activation energy will be attainable. Hypothesis: In a reaction between calcium carbonate and hydrochloric acid‚ the products calcium chloride‚ carbon dioxide and water are formed. I predict that the higher temperature of HCl acid‚ the higher the reaction rate will be
Free Chemical reaction Chlorine Carbon dioxide
NARRATIVE REPORT FOR OJT SUBMITTED BY: DOC JEFFREY M. SIRIOS 4th YEAR BSCS ACKNOWLEDGEMENT The trainee would like to thank all people who have helped and inspired me during my on-the-job training. To the Lord Almighty for the wealth and vitality and for enlightens me to pursue my study. The trainee would like to thank his parents Joan Sirios and Noel Edgardo Sirios for their guidance‚ concern and understanding and love and care that strongly encourage him in the fulfillment of the desired
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Abstract Enzymes are biological catalysts that speed up the rate of chemical reactions by lowering the reactants’ activation energy. The goal of this lab was conducted to determine the optimal temperature for bacterial and fungal Amylases and evaluate how temperature affects the catabolic rate of enzymes. Enzyme reaction rate was measured using an Iodine test in which drops of starch solution with either fungal or bacterial Amylase exposed to different temperatures were mixed with Iodine. Iodine
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Mixing of two solutions. 55 Class IX EXPERIMENT No: 9 AIM: To study the external features of root‚ stem‚ leaf and flower of monocot and dicot plants. Material Required : Plants of Hibiscus/Peturnia/rose/pea and grass/maize/bamboo/lily or‚ any other ornamental herb with flower and fruits‚ simple or dissecting microscope‚ hand lens‚ slide‚ coverslip and razor /blade. Procedure : 1. 2. 3. Observe the differences in the external features of stem‚ leaf‚ root‚ flowers and seeds. To study the leaf‚ see
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