nes15. Evaluate the following statement and choose the one that Best derh 1-O If an object has a high specific heat capacity, then it will take a lot more radiation to raise the temperature of theobject. If an object has a very low specific heat capacity, then it will not take as much heat to raise thetemperature of the object.If an object has a high specific heat capacity, then it will take a lot more energy to raise the temperature of theobject. If an object has a very low specific heat capacity, then it will not take as much energy to raise thetemperature of the object.b19If an object has a high specific heat capacity, then it will take a lot more light energy to raise the temperature ofthe object. If an object has a very low specific heat capacity, then it will not take as much light energy to raise thetemperature of the object.If an object has a high specific heat capacity, then it will take a lot more chemical energy to raise the temperatureof the object. If an object has a very low specific heat capacity, then it will not take as much chemical energy toraise the temperature of the object.eleeal2e1-72..89edexchyple vkind2.jpekt do

Answered: Image /qna-images/answer/bc0e73e0-e863-46cf-a1f7-5954de62d81c.jpg

nes 15. Evaluate the following statement and choose the one that Best de O If an object has a high specific heat capacity, then it will take a lot more radiation to raise the temperature of the object. If an object has a very low specific heat capacity, then it will not take as much heat to raise the temperature of the object. If an object has a high specific heat capacity, then it will take a lot more energy to raise the temperature of the object. If an object has a very low specific heat capacity, then it will not take as much energy to raise the temperature of the object. If an object has a high specific heat capacity, then it will take a lot more light energy to raise the temperature of the object. If an object has a very low specific heat capacity, then it will not take as much light energy to raise the temperature of the object. If an object has a high specific heat capacity, then it will take a lot more chemical energy to raise the temperature of the object. If an object has a very low specific heat capacity, then it will not take as much chemical energy to raise the temperature of the object. ele eai

nes 15. Evaluate the following statement and choose the one that Best de O If an object has a high specific heat capacity, then it will take a lot more radiation to raise the temperature of the object. If an object has a very low specific heat capacity, then it will not take as much heat to raise the temperature of the object. If an object has a high specific heat capacity, then it will take a lot more energy to raise the temperature of the object. If an object has a very low specific heat capacity, then it will not take as much energy to raise the temperature of the object. If an object has a high specific heat capacity, then it will take a lot more light energy to raise the temperature of the object. If an object has a very low specific heat capacity, then it will not take as much light energy to raise the temperature of the object. If an object has a high specific heat capacity, then it will take a lot more chemical energy to raise the temperature of the object. If an object has a very low specific heat capacity, then it will not take as much chemical energy to raise the temperature of the object. ele eai

University Physics Volume 2

18th Edition

ISBN:9781938168161

Author:OpenStax

Publisher:OpenStax

Chapter1: Temperature And Heat

Section: Chapter Questions

Problem 126CP: An astronaut performing an extra-vehicular activity (space walk) shaded from the Sun is wearing a...

See similar textbooks

Similar questions

When watching a circus during the day in a large, dark-colored tent, you sense significant heat transfer from the tent. Explain why this occurs.
An astronaut performing an extra-vehicular activity (space walk) shaded from the Sun is wearing a spacesuit that can be approximated as perfectly white ( e=0 ) except for a 5 cm × 8 cm patch in the form of the astronaut's national flag. The patch has emissivity 0.300. The spacesuit under the patch is 0.500 cm thick, with a thermal conductivity k 0.0600 W/m , and its inner surface is at a temperature of 20.0 . What is the temperature of the patch, and what is the rate of heat loss through it? Assume the patch is so thin that its outer surface is at the same temperature as the outer surface of the spacesuit under it. Also assume the temperature of outer space is 0 K. You will get an equation that is very hand to solve in closed form, so can solve it numerically with a graphing calculator, with software, or even by trial and error with a calculator.
What are the main methods of heat transfer front the hot core of Earth to its surface? From Earth's surface to outer space? When our bodies get too warm, they respond by sweating and increasing blood circulation to the surface to transfer thermal energy away from the care. What effect will this have on a person in at 40.0C hot tub? Figure 14.30 shows a cutaway drawing of a thermos battle (also known as a Dewar flask), which is a device designed specifically to slow down all terms at heat transfer. Explain the functions of the various parts, such as the vacuum, the silvering of the walls, the thin-walled long glass neck, the rubber support, the air layer, and the stopper. Figure 14.30 The construction of a thermos bottle is designed to inhibit all methods of heat transfer.
Satellites designed to observe the radiation from cold (3 K) dark space have sensors that are shaded from the Sun, Earth, and the Moon and are cooled to very low temperatures. Why must the sensors be at low temperature?
What would be the final temperature of the pan and water in Calculating the Final Temperature When Heat Is Transferred Between Two Bodies: Pouring Cold Water in a Hat Pan if 0.260 kg of water was placed in the pan and 0.0100 kg of the water evaporated immediately, leaving the remainder to come to a common temperature with the pan?
What are the following temperatures on the Kelvin scale? (a) 68.0 F, an indoor temperature sometimes recommended for energy conservation in winter (b) 134 F, one of the highest atmospheric temperatures ever recorded on Earth (Death Valley, California, 1913) (c) 9890 F, the temperature of the surface of the Sun
Putting a lid on a boiling pot greatly reduces the heat transfer necessary to keep it boiling. Explain why.
Calorimetry On a hot day, the temperature of an 80,000-L swimming pool increases by 1.50 . What is the net heat transfer during this heating? Ignore any complications, such as loss of water by evaporation.
At temperatures of a few hundred kelvins the specific heat capacity of copper approximately follows the empirical formula c=a+T+T2, where a=349J/kgK, =0.107J/kgK2, and =4.58105JkgK. How much heat is needed to raise the temperature of a 2.00-kg piece of copper from 20 to 250 ?
Compare the rate of heat conduction through a 13.0-cm-thick wall that has an area of 10.0 m2 and a thermal conductivity that of glass wool with the rate of heat conduction through a 0.750-cm-thick window that has an area of 2.00 m2, assuming the same temperature difference across each.
Some stove tops are smooth ceramic for easy cleaning. If the ceramic is 0.600 cm thick and heat conduction occurs through the same area and at the same rate as computed in Example 1.11, what is the temperature difference across it? Ceramic has the same thermal conductivity as glass and brick.
A 30.0-g ice cube at its melting point is dropped into an aluminum calorimeter of mass 100.0 g in equilibrium at 24.0 with 300.0 g of an unknown liquid. The final temperature is 4.0 . What is the heat capacity of the liquid?