Directions: Answer the questions below using the data provided in the table.Temperature20 degrees Fahrenheit100 degree Fahrenheit1240 degrees FahrenheitSubstanceIceWaterWater Vapor1. State a claim about kinetic energy based on the data above.2. State evidence to support your claim.3. State reasoning that supports your clatm.4. You enjoy drinking hot chocolate. You make a large pot (64-ounces) of hot chocolateto drink for breakfast. You immediately pour some of that same hot chocolate into asmaller 6-ounce cup for you to enjoy. Compare and contrast the pot of hot chocalateand the cup of hot chocolate's thermal energy and temperature,5. You have some left over hot chocolate, so you decide to place the rest in therefrigerator. After fóur hours, the hot chocolate is now cold. Explain how the hotchocolate became cold. (Hint: you should look at kinetic energy and heat)

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Directions: Answer the questions below using the data provided in the table. Substance Ice Water Water Vapor Temperature 20 degrees Fahrenheit 100 degree Fahrenheit |240 degrees Fahrenheit 1. State a claimn about kinetic energy based on the data above. 2. State evidence to support your claim. 3. State reasoning that supports your clatm.

Directions: Answer the questions below using the data provided in the table. Substance Ice Water Water Vapor Temperature 20 degrees Fahrenheit 100 degree Fahrenheit |240 degrees Fahrenheit 1. State a claimn about kinetic energy based on the data above. 2. State evidence to support your claim. 3. State reasoning that supports your clatm.

College Physics

11th Edition

ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter1: Units, Trigonometry. And Vectors

Section: Chapter Questions

Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...

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Example 500 g of ice is added to an insulated cup that contains 200 g of water at 50.0°C. What is the final temperature?
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how to solve this Using section B, calculate the amount of ice used to produce the graph Use section C of the graph above to determine the amount of ice used to produce the graph.
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Heat transfer, Conservation of Energy question: Students A and B used the following steps to find the heat capacity of a sample of duraluminalloy:1. Filled a polystyrene cup with approx. 125 g of water at temp 55°C2. Observed the temperature of the hot water at 1 minute intervals for 8 minutes3. Took duralumin metal sample from constant temperature vessel at approx. 20°C and submergedit in the hot water4. Observed the temperature of the water plus duralumin at 1 minute intervals for 8 more minutes See the image below for the results. 1. in what ways was heat energy transferred in this experiment? Is it the hot water transfer heat to the alloy sample and the environment of something else? 2. Should the data point at t=+0.5 minutes be included in the line of best fit for positive time? 3. What were the temperature changes of the water and the alloy sample, estimate the uncertainties? 4. Find the specfic heat capacity of the duralumin alloy sample. Estimate the uncertainty in this…
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4. When you boil water in a pot on the stove, which heats faster, the metal or the water? Explain. 5. Why do you think different substances heat up and cool down at different rates? 6. Based on the definition above, which of the 4 substances do you think has: a) the highest specific heat capacity? b) the lowest heat capacity? 7. Here are the heat capacities of the four substances: 4.18 J/g °c, 1.00 J/g °c, 0.80 J/g °c, and 0.60 J/g °c. Match and then label each substance with its specific heat capacity on the graph.
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