Four different materials initially at the same temperature wereplaced onto a hot stove. The information shows thetemperature of each material after ten minutes.BrickConcreteGlassAluminumTemperatureTemperatureTemperatureTemperature30 C29 C40°C87°CHot stoveHot stoveHot stoveHot stoveOn the basis of above result, which material conducts heatbadly?O a. glassO b. brickO c. concreteO d. aluminium

Introduction: Among the various properties of matter, thermal conductivity is the property that…

Four different materials initially at the same temperature were placed onto a hot stove. The information shows the temperature of each material after ten minutes. Brick Concrete Glass Aluminum Temperature 40°C Temperature Temperature 30 C 29 C Temperature 87°C Hot stove Hot stove Hot stove Hot stove On the basis of above result, which material conducts heat badly? O a. glass O b. brick O c. concrete O d. aluminium

Four different materials initially at the same temperature were placed onto a hot stove. The information shows the temperature of each material after ten minutes. Brick Concrete Glass Aluminum Temperature 40°C Temperature Temperature 30 C 29 C Temperature 87°C Hot stove Hot stove Hot stove Hot stove On the basis of above result, which material conducts heat badly? O a. glass O b. brick O c. concrete O d. aluminium

College Physics

1st Edition

ISBN:9781938168000

Author:Paul Peter Urone, Roger Hinrichs

Publisher:Paul Peter Urone, Roger Hinrichs

Chapter15: Thermodynamics

Section: Chapter Questions

Problem 32CQ: Is a uniform-temperature gas more or less orderly than one with several different temperatures?...

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Similar questions

Is a uniform-temperature gas more or less orderly than one with several different temperatures? Which is more structured? In which can heat transfer result in work done without heat transfer from another system?
In some countries, liquid nitrogen is used on dairy trucks instead of mechanical refrigerators. A 3.00-hour delivery trip requires 200 L of liquid nitrogen, which has a density at 808kg/m3. (a) Calculate the heat transfer necessary to evaporate this amount of liquid nitrogen and raise its temperature to 300C. (Use cp and assume it is constant over the temperature range.) This value is the amount of cooling the liquid nitrogen supplies. (b) What is this heat transfer rate in kilowatthours? (c) Compare the amount of cooling obtained from melting an identical mass at 0C ice with that from evaporating the liquid nitrogen.
Compare the SI units of specific heat and latent heat and explain any differences.
If the refrigerator door is left what happens to the temperature of the kitchen?
Ethyl alcohol has about one-half the specific heat of water. Assume equal amounts of energy are transferred by heat into equal-mass liquid samples of alcohol and water in separate insulated containers. The water rises in temperature by 25C. How much will the alcohol rise in temperature? (a) It will rise by 12C. (b) It will rise by 25C. (c) It will rise by 50C. (d) It depends on the rate of energy transfer, (e) It will not rise in temperature.
A large room in a house holds 975 kg of dry air at 30.0C. A woman opens a window briefly and a cool breeze brings in an additional 50.0 kg of dry air at 18.0C. At what temperature will the two air masses come into thermal equilibrium, assuming they form a closed system? (The specific heat of dry air is 1 006 J/kg C, although that value will cancel out of the calorimetry equation.)
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In a showdown on the streets of Laredo, the good guy drops a 5.00-g silver bullet at a temperature of 20.0C into a 100-cm3 cup of water at 90.0C. Simultaneously, the bad guy drops a 5.00-g copper bullet at the same initial temperature into an identical cup of water. Which one ends the showdown with the coolest cup of water in the West? Neglect any energy transfer into or away from the container.
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