O c. K = 882O d. K = 110O e. K = 131The heat capacity of silver (Ag, 107.9 g mol-), is 0.232 J g K-1. Calculate the energy needed to heat 2.66 mol of silver from 36.2 °C to 80.7 °C.O a. 2.75 x 101 JO b. 2.12 x 104 JO c. 2.96 x 103 JO d. 2.55 x 10-1JO e. 1.82 JWhich of the following is a conjugate pair of acids and bases involved in the below reaction?HCN + CIO-- HCIO + CN-O a. CN- & CIOOb.HCIO & CNOc. HCN & CIO-Od. HCN & CN18°C Sunny

Given:- Heat capacity CP=0.232 J/g‐K q=? No.…

The heat capacity of silver (Ag, 107.9 g mol-1), is 0.232 Jg K-1. Calculate the energy needed to heat 2.66 mol of silver from 36.2 °C to 80.7 °C. O a. 2.75 x 10' J O b. 2.12 x 104 J Oc.2.96 x 103 J O d. 2.55 x 101J O e. 1.82 J

The heat capacity of silver (Ag, 107.9 g mol-1), is 0.232 Jg K-1. Calculate the energy needed to heat 2.66 mol of silver from 36.2 °C to 80.7 °C. O a. 2.75 x 10' J O b. 2.12 x 104 J Oc.2.96 x 103 J O d. 2.55 x 101J O e. 1.82 J

Chemistry: Principles and Practice

3rd Edition

ISBN:9780534420123

Author:Daniel L. Reger, Scott R. Goode, David W. Ball, Edward Mercer

Publisher:Daniel L. Reger, Scott R. Goode, David W. Ball, Edward Mercer

Chapter5: Thermochemistry

Section: Chapter Questions

Problem 5.103QE

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Question

O c. K = 882
O d. K = 110
O e. K = 131
The heat capacity of silver (Ag, 107.9 g mol-), is 0.232 J g K-1. Calculate the energy needed to heat 2.66 mol of silver from 36.2 °C to 80.7 °C.
O a. 2.75 x 101 J
O b. 2.12 x 104 J
O c. 2.96 x 103 J
O d. 2.55 x 10-1J
O e. 1.82 J
Which of the following is a conjugate pair of acids and bases involved in the below reaction?
HCN + CIO-- HCIO + CN-
O a. CN- & CIO
Ob.HCIO & CN
Oc. HCN & CIO-
Od. HCN & CN
18°C Sunny

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