H2SO4 +2NaHCO3 yields Na2CO3 +2H2O +2CO2

Project Control, Project Closing, Timeline template

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H2SO4 +2NaHCO3 yields Na2CO3 +2H2O +2CO2 by Mind Map: H2SO4 +2NaHCO3 yields Na2CO3 +2H2O +2CO2

1. Description of the reaction

1.1. Exothermic reaction Vs. Endothermic reaction (potential energy diagram)

1.1.1. Recruit Project Sponsor

1.1.2. Recruit Project Manager

1.1.3. Review Related Projects and Lessons Learned

1.1.4. Prepare Project Initiation Plan

1.1.5. Brief the Initial Project Team

1.1.6. Review Project Kick-off Plans and Presentation Map

1.1.7. Hold Project Kick-off Meeting

1.2. Neutralization Reaction = Acid + Base yields water and salt

1.2.1. % yield

1.2.2. Measure the gas produced

1.2.3. Measure the pH

1.2.4. measure the amount of salt produced

1.2.5. evaporate the water from salt

1.2.6. Decant

1.2.7. Measure the temperature change

1.3. Rate of reactions (Equilibrium)

1.3.1. Determine Project Approach, Stages and Steps

1.3.2. Estimate Project Duration

1.3.3. Establish Resource Requirements

1.3.4. Prepare Project Schedule and Budget

1.3.5. Prepare Work breakdown structure

1.3.6. Document Success Criteria

1.3.7. Review Project Schedule

1.4. Acid and Base properties

1.4.1. Acid/Base Nomenclature

1.4.2. pH/pOH

1.4.3. pH scale

1.5. Molarity and Solutions

1.5.1. Establish Project Administration Procedures

1.5.2. Establish Quality Control Procedures

1.5.3. Establish Progress Control Procedures

1.5.4. Establish Change Control Procedures

1.5.5. Establish Issue Resolution Procedure

1.5.6. Review Project Control Procedures

2. Math of the Equation

2.1. What are moles

2.1.1. Determine Next Stage Tasks

2.1.2. Determine Task Dependencies

2.1.3. Estimate Effort

2.1.4. Allocate Resources

2.1.5. Prepare Next Stage Schedule

2.1.6. Prepare Next Stage Budget

2.1.7. Update Project Schedule

2.1.8. Update Project Budget

2.1.9. Review Business Case

2.1.10. Review Project Organization

2.1.11. Review Project Scope

2.1.12. Prepare Stage Assessment

2.1.13. Review Stage Assessment

2.1.14. Follow-Up Stage Assessment

2.1.15. Compile Stage Closure Report

2.2. Molar Mass of compound and %composition

2.2.1. Establish checkpoints

2.2.2. Acquire team resources for stage

2.2.3. Conduct stage kick-off meeting

2.3. Mole Ratio in an equation

2.3.1. Determine Frequency of Meetings

2.3.2. Schedule Meetings

2.3.3. Brief Project Board

2.3.4. Prepare Meetings

2.3.5. Conduct Meetings

2.3.6. Follow-up Meeting

2.4. Empirical vs. Molecular formula

2.4.1. Schedule Quality Review Meeting

2.4.2. Prepare for Quality Review Meeting

2.4.3. Conduct Quality Review Meeting

2.4.4. Follow-up Quality Review Meeting

2.5. Calculating moles

2.5.1. Update Project Schedule

2.5.2. Update Budget / Costs

2.5.3. Conduct Team Status Review

2.5.4. Create Status Report

2.6. Stoichiometry- How much product and reactant

2.6.1. Request Changes

2.6.2. Identify Alternative Solutions

2.6.3. Conduct Steering Committee Meeting

2.6.4. Document Change Responses

2.6.5. Implement Change(s)

3. measuring gases in a reaction

3.1. Combined gas law

3.1.1. Boyles Law

3.1.2. Charles Law

3.1.3. Gay-Lussac Law

3.2. Daltons Law

3.2.1. Prepare for Project Closure Meeting

3.2.2. Conduct Project Closure Meeting

3.2.3. Follow Up Project Closure Meeting

3.3. Ideal gas law

3.3.1. Prepare Project Review

3.3.2. Conduct Project Review

3.3.3. Implement Process Improvement