Please check images and be clear/make the answers visible to see QUESTION 5Ifa=b/c, a#0which math expressions are correct for these a, b, and c?O c=abb=clab=alcc=b/ab=acc=a/bQUESTION 6t (s) x (m)|0 9.815.125.29.437.614What is the total Distance Traveled in meters? Two bodies 1 and 2 with heat capacities C1 and C2 and temperatures T1 and T2 are brought into thermal contact in a thermostat, after which the temperature Tis reached in thermal equilibrium.Tу -12.7°CT2 =72.1 °CC = 95.7 J/°CC2 =85.3 J/°CT = ? °CQUESTION 2Two bodies 1 and 2 with heat capacities C1 and C2 and temperatures T1 and T2 are brought into thermal contact in a thermostat, after which the temperature Tis reached in thermal equilibrium.T1 =19.8 °CТ2 -93.3 °CT = 43.9 °C= 40.5 J/°CC2 =? J/°C

Here given that , a= b/c So , b = ac And c= b/a

QUESTION 5 If a=b/c, a#0 which math expressions are correct for these a, b, and c? c=ab b=cla b=a/c c=b/a b=ac c=a/b QUESTION 6 E (s) x (m) 09.8 1 5.1 2 3 9.4 7.6 4 What is the total Distance Traveled in meters? 2. O O

QUESTION 5 If a=b/c, a#0 which math expressions are correct for these a, b, and c? c=ab b=cla b=a/c c=b/a b=ac c=a/b QUESTION 6 E (s) x (m) 09.8 1 5.1 2 3 9.4 7.6 4 What is the total Distance Traveled in meters? 2. O O

Physics for Scientists and Engineers: Foundations and Connections

1st Edition

ISBN:9781133939146

Author:Katz, Debora M.

Publisher:Katz, Debora M.

Chapter21: Heat And The First Law Of Thermodynamics

Section: Chapter Questions

Problem 24PQ

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Please check images and be clear/make the answers visible to see

Two bodies 1 and 2 with heat capacities C1 and C2 and temperatures T1 and T2 are brought into thermal contact in a thermostat, after which the temperature Tis reached in thermal equilibrium.
Tу -12.7°C
T2 =72.1 °C
C = 95.7 J/°C
C2 =85.3 J/°C
T = ? °C
QUESTION 2
Two bodies 1 and 2 with heat capacities C1 and C2 and temperatures T1 and T2 are brought into thermal contact in a thermostat, after which the temperature Tis reached in thermal equilibrium.
T1 =19.8 °C
Т2 -93.3 °C
T = 43.9 °C
= 40.5 J/°C
C2 =? J/°C

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