A scientist developed a new metal alloy for use in cookware. The alloy has several properties that still need to be determined.One such property is the specific heat. Based on the alloy's composition, the scientist hypothesizes that the specific heat will beclose to 0.490g.°CTo determine the actual specific heat of the alloy, the scientist heats a 11.60 g piece of the alloy to 100.0 °C. He then places theJmetal into an insulated container holding 50.00 g of waterCH,0= 4.184c ) with an initial temperature of 23.5 °C. Assumeheat loss to the surroundings is negligible.Calculate the final temperature of the water assuming the scientist's prediction is correct.Final water temperature=°CThe measured final temperature of the water is 26.4 °C. Is the scientist's predictionthe specific heat close to thetrue value?No. The prediction is too low. The measured value is over 0.540 r.g.°CJNo. The prediction is too high. The measured value is below 0.440g.°CJYes. The prediction is accurate within 0.050g.°C

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A scientist developed a new metal alloy for use in cookware. The alloy has several properties that still need to be determined. One such property is the specific heat. Based on the alloy's composition, the scientist hypothesizes that the specific heat will be close to 0.490 c: To determine the actual specific heat of the alloy, the scientist heats a 11.60 g piece of the alloy to 100.0 °C. He then places the metal into an insulated container holding 50.00 g of water 1,0 = 4.184 ) with an initial temperature of 23.5 °C. Assume g.°C heat loss to the surroundings is negligible. Calculate the final temperature of the water assuming the scientist's prediction is correct. Final water temperature= °C The measured final temperature of the water is 26.4 °C. Is the scientist's prediction of the specific heat close to the true value? No. The prediction is too low. The measured value is over 0.540 . J No. The prediction is too high. The measured value is below 0.440 g.°C . Yes. The prediction is accurate within 0.050 r. ООО

A scientist developed a new metal alloy for use in cookware. The alloy has several properties that still need to be determined. One such property is the specific heat. Based on the alloy's composition, the scientist hypothesizes that the specific heat will be close to 0.490 c: To determine the actual specific heat of the alloy, the scientist heats a 11.60 g piece of the alloy to 100.0 °C. He then places the metal into an insulated container holding 50.00 g of water 1,0 = 4.184 ) with an initial temperature of 23.5 °C. Assume g.°C heat loss to the surroundings is negligible. Calculate the final temperature of the water assuming the scientist's prediction is correct. Final water temperature= °C The measured final temperature of the water is 26.4 °C. Is the scientist's prediction of the specific heat close to the true value? No. The prediction is too low. The measured value is over 0.540 . J No. The prediction is too high. The measured value is below 0.440 g.°C . Yes. The prediction is accurate within 0.050 r. ООО

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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A scientist developed a new metal alloy for use in cookware. The alloy has several properties that still need to be determined. One such property is the specific heat. Based on the alloy's composition, the scientist hypothesizes that the specific heat will be close to 0.490 : J g.°C To determine the actual specific heat of the alloy, the scientist heats a 11.60 g piece of the alloy to 100.0 °C. He then places the metal into an insulated container holding 50.00 g of water ( CH,O = 4.184 ) with an initial temperature of 23.5 °C. Assume g.°C heat loss to the surroundings is negligible. Calculate the final temperature of the water assuming the scientist's prediction is correct. Final water temperature= °C The measured final temperature of the water is 26.4 °C. the scientist's prediction of the specific heat close to the true value? J No. The prediction is too low. The measured value is over 0.540 g.°C J No. The prediction is too high. The measured value is below 0.440 g.°C O Yes. The…
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Subject: physics
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