Number 1 For all calculations, include the proper number of significant figures and appropriate units. Show your work!Part A. Determination of the Heat Capacity of the CalorimeterAfter the experiment, what is the temperature final of the system?It = 25.10 °CUsing the extrapolated Tf and your experimentally determined initial temperature Ti, calculate the change intemperature AT for the reaction.AT = T£ - TiAT = 25.10 °C – 20.00 °CAT = 5.10 °CGiven the following information and the actual amount of reactant used in the experiment, calculate theheat, q, (in Joules) produced by the reaction.н (aд) + ОН (ag) — H:О (1)AH° = -55.83 kJ/molq=nx AH1.0 m x -55.83 kJ/mol = -55.83 kJq = -55830 J(A.4) Using the equation, calculate the total heat capacity of the calorimeter, C, in J/°C.C =- q/AT55830 J/ 5.10 °CC = 10974.06 J/°C1. If the value of the heat capacity (C) calculated in Part A of the experiment were too high, whateffect would this have on your value for AH, the enthalpy changes for the reaction betweenmagnesium metal and hydrochloric acid? Be specific. Would your answer be too high, or toolow, and why?

#Q.1: Given that the experimental value of the heat capacity(C) is too high.

For all calculations, include the proper number of significant figures and appropriate units. Show your work! Part A. Determination of the Heat Capacity of the Calorimeter After the experiment, what is the temperature final of the system? It = 25.10 °C Using the extrapolated Tr and your experimentally determined initial temperature Ti, calculate the change in temperature AT for the reaction. AT = T = Ti AT = 25.10 °C – 20.00 °C AT = 5.10 °C Given the following information and the actual amount of reactant used in the experiment, caleulate the heat, q, (in Joules) produced by the reaction. H* (ag)_+ OH (ag) → H20 (1) AH° = -55.83 kJ/mol q=nx AH 1.0 m x -55.83 kJ/mol = -55.83 kJ q= -55830 J (A.4) Using the equation, calculate the total heat capacity of the calorimeter, C, in J/9C, C =- qAT 55830 J/ 5.10 °C C = 10974.06 J/°C 1. If the value of the heat capacity (C) calculated in Part A of the experiment were too high, what effect would this have on your value for AH, the enthalpy changes for the reaction between magnesium metal and hydrochloric acid? Be specific. Would your answer be too high, or too low, and why?

For all calculations, include the proper number of significant figures and appropriate units. Show your work! Part A. Determination of the Heat Capacity of the Calorimeter After the experiment, what is the temperature final of the system? It = 25.10 °C Using the extrapolated Tr and your experimentally determined initial temperature Ti, calculate the change in temperature AT for the reaction. AT = T = Ti AT = 25.10 °C – 20.00 °C AT = 5.10 °C Given the following information and the actual amount of reactant used in the experiment, caleulate the heat, q, (in Joules) produced by the reaction. H* (ag)_+ OH (ag) → H20 (1) AH° = -55.83 kJ/mol q=nx AH 1.0 m x -55.83 kJ/mol = -55.83 kJ q= -55830 J (A.4) Using the equation, calculate the total heat capacity of the calorimeter, C, in J/9C, C =- qAT 55830 J/ 5.10 °C C = 10974.06 J/°C 1. If the value of the heat capacity (C) calculated in Part A of the experiment were too high, what effect would this have on your value for AH, the enthalpy changes for the reaction between magnesium metal and hydrochloric acid? Be specific. Would your answer be too high, or too low, and why?

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...

See similar textbooks

Similar questions

Determine whether the following items pertain to physical or chemical properties Let Us Apply of matter. Write P for physical property and C for chemical property. 1. the sourness of lemon 2. 1.5 L of Cola 3. weakened lungs caused by mercury inhalation 4. mixing coffee in hot water 5. aerosol cans exposed to fire 6. sodium (Na) producing an orange glow after exposure to oxygen 7. silver melting into a hot liquid 8. a thin piece of candy breaking into smaller fragments 9. 2 kg of rice 10. a rotting banana 11. lighting fireworks 12. a dent on the side of a car 13. rust on steel gates 14. grinding food in a blender 15. after being rubbed, a balloon sticking to the wall
The number 4861.850 rounded to 3 significant figures is
Is cm the same as cm3?
How do I convert 299 Gm to nm ?
What is the importance of getting an objects density?
A 1. Н* 2. МеОН C HO
What is the advantage of using scientific notation overdecimal notation?
Determine the slope of the following line. 8 A) 17 C) D A B 7 8 A B) D) - 7|8 87