Setum Lithium Chloride Virtual Lab: Hot and Cold Packs Lasson Ament for Learning Geld and te the flowing data ta and ana

Post by **answerhappygod** » Wed Jul 06, 2022 10:46 am

: Setum Lithium Chloride Virtual Lab Hot And Cold Packs Lasson Ament For Learning Geld And Te The Flowing Data Ta And Ana 1 (32.39 KiB) Viewed 10 times

: Setum Lithium Chloride Virtual Lab Hot And Cold Packs Lasson Ament For Learning Geld And Te The Flowing Data Ta And Ana 2 (32.39 KiB) Viewed 10 times

: Setum Lithium Chloride Virtual Lab Hot And Cold Packs Lasson Ament For Learning Geld And Te The Flowing Data Ta And Ana 3 (34.79 KiB) Viewed 10 times

: Setum Lithium Chloride Virtual Lab Hot And Cold Packs Lasson Ament For Learning Geld And Te The Flowing Data Ta And Ana 4 (22.34 KiB) Viewed 10 times

: Setum Lithium Chloride Virtual Lab Hot And Cold Packs Lasson Ament For Learning Geld And Te The Flowing Data Ta And Ana 5 (22.34 KiB) Viewed 10 times

: Setum Lithium Chloride Virtual Lab Hot And Cold Packs Lasson Ament For Learning Geld And Te The Flowing Data Ta And Ana 6 (13.17 KiB) Viewed 10 times

: Setum Lithium Chloride Virtual Lab Hot And Cold Packs Lasson Ament For Learning Geld And Te The Flowing Data Ta And Ana 7 (22.4 KiB) Viewed 10 times

: Setum Lithium Chloride Virtual Lab Hot And Cold Packs Lasson Ament For Learning Geld And Te The Flowing Data Ta And Ana 8 (12.87 KiB) Viewed 10 times

: Setum Lithium Chloride Virtual Lab Hot And Cold Packs Lasson Ament For Learning Geld And Te The Flowing Data Ta And Ana 9 (11.29 KiB) Viewed 10 times

: Setum Lithium Chloride Virtual Lab Hot And Cold Packs Lasson Ament For Learning Geld And Te The Flowing Data Ta And Ana 10 (21.39 KiB) Viewed 10 times

: Setum Lithium Chloride Virtual Lab Hot And Cold Packs Lasson Ament For Learning Geld And Te The Flowing Data Ta And Ana 11 (21.39 KiB) Viewed 10 times

: Setum Lithium Chloride Virtual Lab Hot And Cold Packs Lasson Ament For Learning Geld And Te The Flowing Data Ta And Ana 12 (25.77 KiB) Viewed 10 times

: Setum Lithium Chloride Virtual Lab Hot And Cold Packs Lasson Ament For Learning Geld And Te The Flowing Data Ta And Ana 13 (23.74 KiB) Viewed 10 times

: Setum Lithium Chloride Virtual Lab Hot And Cold Packs Lasson Ament For Learning Geld And Te The Flowing Data Ta And Ana 14 (17 KiB) Viewed 10 times

: Setum Lithium Chloride Virtual Lab Hot And Cold Packs Lasson Ament For Learning Geld And Te The Flowing Data Ta And Ana 15 (21.67 KiB) Viewed 10 times

: Setum Lithium Chloride Virtual Lab Hot And Cold Packs Lasson Ament For Learning Geld And Te The Flowing Data Ta And Ana 16 (24.1 KiB) Viewed 10 times

: Setum Lithium Chloride Virtual Lab Hot And Cold Packs Lasson Ament For Learning Geld And Te The Flowing Data Ta And Ana 17 (20.28 KiB) Viewed 10 times

: Setum Lithium Chloride Virtual Lab Hot And Cold Packs Lasson Ament For Learning Geld And Te The Flowing Data Ta And Ana 18 (23.33 KiB) Viewed 10 times

: Setum Lithium Chloride Virtual Lab Hot And Cold Packs Lasson Ament For Learning Geld And Te The Flowing Data Ta And Ana 19 (23.1 KiB) Viewed 10 times

: Setum Lithium Chloride Virtual Lab Hot And Cold Packs Lasson Ament For Learning Geld And Te The Flowing Data Ta And Ana 20 (15.72 KiB) Viewed 10 times

: Setum Lithium Chloride Virtual Lab Hot And Cold Packs Lasson Ament For Learning Geld And Te The Flowing Data Ta And Ana 21 (21.77 KiB) Viewed 10 times

: Setum Lithium Chloride Virtual Lab Hot And Cold Packs Lasson Ament For Learning Geld And Te The Flowing Data Ta And Ana 22 (23.97 KiB) Viewed 10 times

: Setum Lithium Chloride Virtual Lab Hot And Cold Packs Lasson Ament For Learning Geld And Te The Flowing Data Ta And Ana 23 (22.96 KiB) Viewed 10 times

Setum Lithium Chloride Virtual Lab: Hot and Cold Packs Lasson Ament for Learning Geld and te the flowing data ta and analysis tions Sketch of Energy Diagram Tation for Daciation of Comp NacioNCAS LC₂0L₁7043+C174) AH negative for therm positive for endothermic COMIX Energet K Energy (Kimes) Nacio - Time. Time Note 4KJ Attorted -3413m Relined Litap Skatch of Semination of Heat Diagram SCHAU-Unit 3 +38165/ NGH Farewing bund Date Li Slanice Hydraton Endy SESSING acce Copy scurionema + Utamol Hydranich Entrady Lik)(a) 24umn stras Jakay
Substance Charide NCHONDAG) Yaq+cita esotherm positive for endothermic TO THE CO Sketch of Energy Dr Tim Time -danc based Purtand? Kag+Tag FETIMOL Abor bed Sketch of Summation of Hot Diagram NACORNEY LANCE ceny +38Kim Analysis Questions: 1. Which salt is the best choice for a hot pack? Why? 2. If the hot pack is made from 12.4 g of the best choice, what is the quantity of heat is released in the proces? 3. Which salt is the best choice for a cold pack? Why? 4. If the cold pack is made from 19 76 g of the best choice, what is the quantity of heat absorbed in the process? stole Kis-coxe) pos [Hainen) C ARIAN Hyry 4 Saution Herkes
Virtual Lab: Hot and Cold Packs Lesson 5 (Assessment for Learning) Name: Go to https://tinyurl.com/virtualhotcold and complete the following data table and analysis questions. Sketch of Energy Diagram Substance Equation for Dissociation of Compound Sodium Chloride NaCl(s) Nataq+Ccaqs AH (negative for exothermic, positive for endothermic Energy (KJ/mol) NACI(S) Time Nata) 4kJ/mol Absorbed Increasing Enthalpy SCH4U- Unit 3 Date: Sketch of Summation of Heat Diagram Nato)+((g) Lance Enay +78783/mc1 NaCl) +H-C() incita Hydration Enthalpy -483 kJ/mol Solution Ferdy
Lithium Chloride LiCl ₂ PL+Zaq) + C1@g) Energy (KJ/mel) Time -343/mal Released het burea LiY2) (2) Lirg)+(1(9) canice Enmapy +800 Km kicks#₂0(J Hydration Ennainy -90183/mol A (6021)+(be), 17 solution Entran S D
Substance Equation for Dissociation of Compound Sodium Hydroxide NaOH(s) Nataq) +OHT> AH (negative for exothermic, positive for endothermic Energy (KJ/mol) NaOH(s) Sketch of Energy Diagram Time -45kJ/mol Released Nata)+Oca Increasing. Enthalpy Sketch of Summation of Heat Diagram Na²(g) + OH (9) Lattice Entalpy *6*6*3/ma NDAC)+XU Nata)tar cag) Hydration Enthalpy -923kJ/mol solution Enthalpy -45+3/m81
Potassium Chloride KCJ) ₂0K(aq) Cl(aq) Energy (kJ/mol) KCI(S) Time K*Caq)+Cl-Caq 17kJ/mol Absorbed increasing Enthalpy Lance Enthalpy +718kJ/mo K²(g)+(19) KA+H₂00 Hydration Entalpy Ktag)Chragt 4. Solution Enthalpy +17kJ/mol
Analysis Questions: 1. Which salt is the best choice for a hot pack? Why? 2. If the hot pack is made from 12.4 g of the best choice, what is the quantity of heat is released in the process? Which salt is the best choice for a cold pack? Why? 3. 4. If the cold pack is made from 19.76 g of the best choice, what is the quantity of heat absorbed in the process?
Substance Equation for Dissociation of Compound Sodium Chloride NaCl(s) #₂0 Na (aq) + Cl caq) AH solution (negative for exothermic, positive for endothermic Energy (kJ/mol) Sketc
on of -Clcaq AH solution (negative for exothermic, positive for endothermic Energy (kJ/mol) Sketch of Energy Diagram NaCl(s) Time 4kJ/mol Absorbed Sketch of Summation of Hea Đ increasing Enthalpy Nat(g) + Cl (g) A Nat(aq) + (aq) Lattice Enthary +787kJ/mol Nat(aq)+Citaq NaCl(s) +H₂O(1)
ergy Diagram increasing Enthalpy 4kJ/mol Absorbed Sketch of Summation of Heat Diagram Nag)+C1 (g) Nataq) + (a) Lattice Enthary +787kJ/mol NaCl) +H₂O(1) Hydration Enthalpy -783 kJ/mol Nat(aq)+(aq) Solution Entra +4kJ/mol
Lithium Chloride LiCl(s) H₂0 Lit(aq) +Cl(aq) Energy (KJ/mol) LICI(S)
Energy (KJ/mol) LiCt(s); Time O -37 kJ/mol Released Lit(29)+((29) Increasing Enthalpy Lattice Enthalpy +864 kJ/mol Licks+H₂OCIA
-37 kJ/mol Released increasing Enthalpy Lit(aq)+((aq) Lit(g)+CH(g) Lattice Enthalpy +864 kJ/mol Licks)+H₂0 (1) Hydration Enthalpy -901kJ/mol A (be21)+(be), 17 Solution Entrary -37 kJ/m
Substance Equation for Dissociation of Compound Sodium Hydroxide H₂O NaOH(s) 20 Nacaq) +OHTaq) AH solution (negative for exothermic, positive for endothermic F Energy (KJ/mol) NaOHC
aq) (negative for exothermic, positive for endothermic (100/57) Ob NaOH(s): Time -45kJ/mol Released Increasing. Enthalpy Nataq) +OH(aq) Lattice Na (g)+ OH Enthalpy +878KJ/mal NaOH(s) +H₂0(1) Nataq)
J/mol sed J+OH(aq) Increasing Enthalpy Na¹(g) + OH (g) Lattice Enthalpy +878kJ/mol NaOH(s) +H₂0(1) Hydration Enthalpy -923kJ/moi Natag) +0+ (aq) + solution Enthalpy 45 kJ/m81
Potassium Chloride KC)(s) H₂0 K²(aq) + Cl¯(aq) Energy (KJ/mol)
Energy (KJ/mol) KCI(S) Time K+Caq)+CI-Cag) 17kJ/mol Absorbed increasing Enthalpy Lattice Enthalpy +718kJ/ma KCI(S)+H₂O
= + (aq) + C1-Caq)| kJ/mol sorbed increasing Enthalpy Lattice Enthalpy +718kJ/ma K*(g)+(1-(9) KCI(S)+H₂001) Hydration Enthalpy Kraq) + Cl(aqt 4 Solution Enthalpy +17kJ/mol
KCI(S) Time increas KC1(5)+ H₂00) Analysis Questions: 1. Which salt is the best choice for a hot pack? Why? 2. If the hot pack is made from 12.4 g of the best choice, what is the quantity of heat is released in the process? Which salt is the best choice for a cold pack? Why? 3. 4. If the cold pack is made from 19.76 g of the best choice, what is the quantity of heat absorbed in the process?