SlideShare uma empresa Scribd logo
1 de 20
What is DATA
               LOGGING ?

Process of using computer to collect data through
  sensors, analyze data and save the output the
      results of the collection and analysis


          Data : A collection of results
  Data Logging : Process handling data by using
             computer technology
ELEMENTS OF DATA LOGGING
Endothermic and exothermic
         process
engage




         a   b
Empower
Sensor             Data collector
Carry out experiment
Result
Solution of copper (II) sulphate,
Solution of anhydrous copper (II) sulphate
• Is the enthalpy change for this reaction
  exothermic or endothermic?
• What sign should the enthalpy change
  have?
• What is the equation for this reaction?
• What bonds are being broken and formed
  in this reaction?
• What is this enthalpy change called?
• How can we make a triangle between
  these reactions?
Enhance




Cold packs and putting ice in towel causes a cooling
effect on their person’s head and temporarily relieve
the pain and fever. Explain.
a) Cold Pack
• When the cold pack is used, the chemicals
   inside the pack are made to react with each
   other and this reaction is highly endothermic in
   nature.

•   Endothermic reactions involve the absorption of
    heat.
•   The ammonium nitrate mixing with the water
    creates cold. The temperature of cold packs
    can reach back to normal temperature.

•   The heat energy is taken into the system from
    the surrounding. The surrounding in this case
    is the person’s head.
Extension
      Production of Ammonia Gas :

        N2 (g) + 3H2 (g) ↔ 2NH3 (g)


 What will happen to the reaction if we
 increase the concentration the
 temperature of the reactant mixture?
• If the temperature of a reaction mixture is increase, the

  equilibrium will shift to decrease the temperature.

• Based on Le Chatelier’s Principle which stated that if a

  chemical system at equilibrium experiences a change in

  concentration,   temperature      or   total   pressure,   the

  equilibrium will shift in order to minimize that changes a

  new equilibrium is established.
• So, if we increase the temperature, the equilibrium will

    shift to the reactant part which is left.

• So, the reaction will undergo endothermic reaction as it

    use up heat energy.

•    Ammonia will broken down into hydrogen and nitrogen

    gas. An increase in temperature will decrease the yield

    of ammonia , NH3.

Mais conteúdo relacionado

Mais procurados

Tang 03 enthalpy of formation and combustion
Tang 03   enthalpy of formation and combustionTang 03   enthalpy of formation and combustion
Tang 03 enthalpy of formation and combustion
mrtangextrahelp
 
Tp 11 internal energy (shared)
Tp 11 internal energy (shared)Tp 11 internal energy (shared)
Tp 11 internal energy (shared)
LThistlewood
 
Tang 01 heat capacity and calorimetry
Tang 01   heat capacity and calorimetryTang 01   heat capacity and calorimetry
Tang 01 heat capacity and calorimetry
mrtangextrahelp
 
10.3 - Second law of thermodynamics
10.3 - Second law of thermodynamics10.3 - Second law of thermodynamics
10.3 - Second law of thermodynamics
simonandisa
 
Liquification of gases
Liquification of gasesLiquification of gases
Liquification of gases
Zeeshan Khalid
 
Seminar Topic on Chemical Exergy
Seminar Topic on Chemical ExergySeminar Topic on Chemical Exergy
Seminar Topic on Chemical Exergy
Nishant Shah
 
AP Chemistry Chapter 10 Outline
AP Chemistry Chapter 10 OutlineAP Chemistry Chapter 10 Outline
AP Chemistry Chapter 10 Outline
Jane Hamze
 
Ch10 sample exercise
Ch10 sample exerciseCh10 sample exercise
Ch10 sample exercise
Jane Hamze
 

Mais procurados (20)

Thermochemistry
Thermochemistry  Thermochemistry
Thermochemistry
 
Tang 03 enthalpy of formation and combustion
Tang 03   enthalpy of formation and combustionTang 03   enthalpy of formation and combustion
Tang 03 enthalpy of formation and combustion
 
Tp 11 internal energy (shared)
Tp 11 internal energy (shared)Tp 11 internal energy (shared)
Tp 11 internal energy (shared)
 
Tang 01 heat capacity and calorimetry
Tang 01   heat capacity and calorimetryTang 01   heat capacity and calorimetry
Tang 01 heat capacity and calorimetry
 
Phase change heat transfer
Phase change heat transferPhase change heat transfer
Phase change heat transfer
 
10.3 - Second law of thermodynamics
10.3 - Second law of thermodynamics10.3 - Second law of thermodynamics
10.3 - Second law of thermodynamics
 
Second Law Of Thermodynamics
Second Law Of ThermodynamicsSecond Law Of Thermodynamics
Second Law Of Thermodynamics
 
CONVECTION & boiling condensation.pptx
CONVECTION & boiling condensation.pptxCONVECTION & boiling condensation.pptx
CONVECTION & boiling condensation.pptx
 
Heat transfer
Heat transferHeat transfer
Heat transfer
 
Liquification of gases
Liquification of gasesLiquification of gases
Liquification of gases
 
Seminar Topic on Chemical Exergy
Seminar Topic on Chemical ExergySeminar Topic on Chemical Exergy
Seminar Topic on Chemical Exergy
 
AP Chemistry Chapter 10 Outline
AP Chemistry Chapter 10 OutlineAP Chemistry Chapter 10 Outline
AP Chemistry Chapter 10 Outline
 
DULONG PETIT LAW OF SPECIFIC HEAT College ppt (2)
DULONG PETIT LAW OF SPECIFIC HEAT College ppt (2)DULONG PETIT LAW OF SPECIFIC HEAT College ppt (2)
DULONG PETIT LAW OF SPECIFIC HEAT College ppt (2)
 
Phase equilibria
Phase equilibriaPhase equilibria
Phase equilibria
 
Ch10 sample exercise
Ch10 sample exerciseCh10 sample exercise
Ch10 sample exercise
 
A case study on Process Condensate Stripper in Ammonia Plant by Prem Baboo.pdf
A case study on Process Condensate Stripper in Ammonia Plant by Prem Baboo.pdfA case study on Process Condensate Stripper in Ammonia Plant by Prem Baboo.pdf
A case study on Process Condensate Stripper in Ammonia Plant by Prem Baboo.pdf
 
basics of thermodynamics- chemical engg.
basics of thermodynamics- chemical engg.basics of thermodynamics- chemical engg.
basics of thermodynamics- chemical engg.
 
Transport processes and unit operations geankoplis
Transport processes and unit operations geankoplisTransport processes and unit operations geankoplis
Transport processes and unit operations geankoplis
 
study of liquid diffusion
study of liquid diffusion study of liquid diffusion
study of liquid diffusion
 
F y b. sc. chemical equilibria
F y b. sc. chemical equilibriaF y b. sc. chemical equilibria
F y b. sc. chemical equilibria
 

Destaque

Endothermic & exothermic pwpt
Endothermic & exothermic pwptEndothermic & exothermic pwpt
Endothermic & exothermic pwpt
mille12a
 
Data logger presentation
Data logger presentationData logger presentation
Data logger presentation
shidaaziri
 
Data Logging Report
Data Logging ReportData Logging Report
Data Logging Report
Lim1990
 
B.O.D DATA LOGGING
B.O.D DATA LOGGINGB.O.D DATA LOGGING
B.O.D DATA LOGGING
ashikin1990
 
Data logging- heart rate
Data logging- heart rateData logging- heart rate
Data logging- heart rate
Ong Shwu Chyn
 
Assignment 3 data logging
Assignment 3 data loggingAssignment 3 data logging
Assignment 3 data logging
acylclah
 
Temperature regulation
Temperature regulationTemperature regulation
Temperature regulation
Megan Lotze
 
C2.5 exothermic and endothermic reactions
C2.5 exothermic and endothermic reactionsC2.5 exothermic and endothermic reactions
C2.5 exothermic and endothermic reactions
Steve Bishop
 
Endothermic and Exothermic Reactions Lesson PowerPoint
Endothermic and Exothermic Reactions Lesson PowerPointEndothermic and Exothermic Reactions Lesson PowerPoint
Endothermic and Exothermic Reactions Lesson PowerPoint
www.sciencepowerpoint.com
 

Destaque (19)

Lecture 17.1- Endothermic vs. Exothermic
Lecture 17.1- Endothermic vs. ExothermicLecture 17.1- Endothermic vs. Exothermic
Lecture 17.1- Endothermic vs. Exothermic
 
Endothermic & exothermic pwpt
Endothermic & exothermic pwptEndothermic & exothermic pwpt
Endothermic & exothermic pwpt
 
Data logger presentation
Data logger presentationData logger presentation
Data logger presentation
 
Data Logging Report
Data Logging ReportData Logging Report
Data Logging Report
 
ESSEI DATA LOGGING
ESSEI DATA LOGGINGESSEI DATA LOGGING
ESSEI DATA LOGGING
 
B.O.D DATA LOGGING
B.O.D DATA LOGGINGB.O.D DATA LOGGING
B.O.D DATA LOGGING
 
Data logging- heart rate
Data logging- heart rateData logging- heart rate
Data logging- heart rate
 
Endo and exo rections experiments 14/15
Endo and exo rections experiments 14/15Endo and exo rections experiments 14/15
Endo and exo rections experiments 14/15
 
Assignment 3 data logging
Assignment 3 data loggingAssignment 3 data logging
Assignment 3 data logging
 
Heart Rate Variability Logger - Quick Start Guide
Heart Rate Variability Logger - Quick Start GuideHeart Rate Variability Logger - Quick Start Guide
Heart Rate Variability Logger - Quick Start Guide
 
Temperature regulation
Temperature regulationTemperature regulation
Temperature regulation
 
Data Logging
 Data Logging Data Logging
Data Logging
 
Urinary system
Urinary systemUrinary system
Urinary system
 
Cardiac arrhythmias
Cardiac arrhythmiasCardiac arrhythmias
Cardiac arrhythmias
 
Heart beat monitor using AT89S52 microcontroller
Heart beat monitor using AT89S52 microcontrollerHeart beat monitor using AT89S52 microcontroller
Heart beat monitor using AT89S52 microcontroller
 
Body Temperature Regulation
Body Temperature RegulationBody Temperature Regulation
Body Temperature Regulation
 
C2.5 exothermic and endothermic reactions
C2.5 exothermic and endothermic reactionsC2.5 exothermic and endothermic reactions
C2.5 exothermic and endothermic reactions
 
Endothermic and Exothermic Reactions Lesson PowerPoint
Endothermic and Exothermic Reactions Lesson PowerPointEndothermic and Exothermic Reactions Lesson PowerPoint
Endothermic and Exothermic Reactions Lesson PowerPoint
 
How to Become a Thought Leader in Your Niche
How to Become a Thought Leader in Your NicheHow to Become a Thought Leader in Your Niche
How to Become a Thought Leader in Your Niche
 

Semelhante a Endothermic and exothermic process (Data Logging)

Chapter 17.1 : Thermochemistry
Chapter 17.1 : ThermochemistryChapter 17.1 : Thermochemistry
Chapter 17.1 : Thermochemistry
Chris Foltz
 
DE_-_Chapter_16_-_Free_Energy_and_Spontaneity.ppt
DE_-_Chapter_16_-_Free_Energy_and_Spontaneity.pptDE_-_Chapter_16_-_Free_Energy_and_Spontaneity.ppt
DE_-_Chapter_16_-_Free_Energy_and_Spontaneity.ppt
zenhernandez1
 
chemistry-enthalpy power point
chemistry-enthalpy power pointchemistry-enthalpy power point
chemistry-enthalpy power point
Shmiley3000
 
Thermochemistry ok1294993378
Thermochemistry   ok1294993378Thermochemistry   ok1294993378
Thermochemistry ok1294993378
Navin Joshi
 
Power point chapter 17
Power point chapter 17Power point chapter 17
Power point chapter 17
mcnewbold
 
Chem 40S Unit 3 Notes
Chem 40S Unit 3 NotesChem 40S Unit 3 Notes
Chem 40S Unit 3 Notes
Bruce Coulter
 
Lesson : Enthalpy and Calorimetry
Lesson : Enthalpy and CalorimetryLesson : Enthalpy and Calorimetry
Lesson : Enthalpy and Calorimetry
David Young
 

Semelhante a Endothermic and exothermic process (Data Logging) (20)

Chemical energetics part 2
 Chemical energetics part 2 Chemical energetics part 2
Chemical energetics part 2
 
Chemistry_Energetics_Lecture_1.Chemistry_Energetics_Lecture
Chemistry_Energetics_Lecture_1.Chemistry_Energetics_LectureChemistry_Energetics_Lecture_1.Chemistry_Energetics_Lecture
Chemistry_Energetics_Lecture_1.Chemistry_Energetics_Lecture
 
Chapter 17.1 : Thermochemistry
Chapter 17.1 : ThermochemistryChapter 17.1 : Thermochemistry
Chapter 17.1 : Thermochemistry
 
DE_-_Chapter_16_-_Free_Energy_and_Spontaneity.ppt
DE_-_Chapter_16_-_Free_Energy_and_Spontaneity.pptDE_-_Chapter_16_-_Free_Energy_and_Spontaneity.ppt
DE_-_Chapter_16_-_Free_Energy_and_Spontaneity.ppt
 
Calorimetry
CalorimetryCalorimetry
Calorimetry
 
Lecture of thermo-chemistry and calorimetery
Lecture of thermo-chemistry and calorimeteryLecture of thermo-chemistry and calorimetery
Lecture of thermo-chemistry and calorimetery
 
chemistry-enthalpy power point
chemistry-enthalpy power pointchemistry-enthalpy power point
chemistry-enthalpy power point
 
ENERGY AS HEAT
ENERGY AS HEATENERGY AS HEAT
ENERGY AS HEAT
 
2016 topic 5.1 measuring energy changes
2016   topic 5.1 measuring energy changes2016   topic 5.1 measuring energy changes
2016 topic 5.1 measuring energy changes
 
Notes for Unit 17 of AP Chemistry (Thermodynamics)
Notes for Unit 17 of AP Chemistry (Thermodynamics)Notes for Unit 17 of AP Chemistry (Thermodynamics)
Notes for Unit 17 of AP Chemistry (Thermodynamics)
 
Spontaneity-Entropy-and-Free-Energy.ppt
Spontaneity-Entropy-and-Free-Energy.pptSpontaneity-Entropy-and-Free-Energy.ppt
Spontaneity-Entropy-and-Free-Energy.ppt
 
17.1 17.2 lecture slides
17.1 17.2 lecture slides17.1 17.2 lecture slides
17.1 17.2 lecture slides
 
entropy-and-gibbs-free-energy.ppt
entropy-and-gibbs-free-energy.pptentropy-and-gibbs-free-energy.ppt
entropy-and-gibbs-free-energy.ppt
 
Thermochemistry ok1294993378
Thermochemistry   ok1294993378Thermochemistry   ok1294993378
Thermochemistry ok1294993378
 
Power point chapter 17
Power point chapter 17Power point chapter 17
Power point chapter 17
 
Keeping Track of Energy in Chemical Reactions
Keeping Track of Energy in Chemical ReactionsKeeping Track of Energy in Chemical Reactions
Keeping Track of Energy in Chemical Reactions
 
Chem 40S Unit 3 Notes
Chem 40S Unit 3 NotesChem 40S Unit 3 Notes
Chem 40S Unit 3 Notes
 
Lesson : Enthalpy and Calorimetry
Lesson : Enthalpy and CalorimetryLesson : Enthalpy and Calorimetry
Lesson : Enthalpy and Calorimetry
 
exothermic and endothermic reactions ppt
exothermic and endothermic reactions pptexothermic and endothermic reactions ppt
exothermic and endothermic reactions ppt
 
Equilibrium
Equilibrium Equilibrium
Equilibrium
 

Endothermic and exothermic process (Data Logging)

  • 1. What is DATA LOGGING ? Process of using computer to collect data through sensors, analyze data and save the output the results of the collection and analysis Data : A collection of results Data Logging : Process handling data by using computer technology
  • 3.
  • 5. engage a b
  • 6.
  • 7. Empower Sensor Data collector
  • 9. Result Solution of copper (II) sulphate,
  • 10.
  • 11. Solution of anhydrous copper (II) sulphate
  • 12.
  • 13. • Is the enthalpy change for this reaction exothermic or endothermic? • What sign should the enthalpy change have? • What is the equation for this reaction? • What bonds are being broken and formed in this reaction? • What is this enthalpy change called?
  • 14. • How can we make a triangle between these reactions?
  • 15. Enhance Cold packs and putting ice in towel causes a cooling effect on their person’s head and temporarily relieve the pain and fever. Explain.
  • 16. a) Cold Pack • When the cold pack is used, the chemicals inside the pack are made to react with each other and this reaction is highly endothermic in nature. • Endothermic reactions involve the absorption of heat.
  • 17. The ammonium nitrate mixing with the water creates cold. The temperature of cold packs can reach back to normal temperature. • The heat energy is taken into the system from the surrounding. The surrounding in this case is the person’s head.
  • 18. Extension Production of Ammonia Gas : N2 (g) + 3H2 (g) ↔ 2NH3 (g) What will happen to the reaction if we increase the concentration the temperature of the reactant mixture?
  • 19. • If the temperature of a reaction mixture is increase, the equilibrium will shift to decrease the temperature. • Based on Le Chatelier’s Principle which stated that if a chemical system at equilibrium experiences a change in concentration, temperature or total pressure, the equilibrium will shift in order to minimize that changes a new equilibrium is established.
  • 20. • So, if we increase the temperature, the equilibrium will shift to the reactant part which is left. • So, the reaction will undergo endothermic reaction as it use up heat energy. • Ammonia will broken down into hydrogen and nitrogen gas. An increase in temperature will decrease the yield of ammonia , NH3.