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ould I find the specific heat for sample 1? And by doing that, how did you find Cwater for sample 1?

ould I find the specific heat for sample 1? And by doing that, how did you find Cwater for sample 1?

College Physics
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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Using the formula below, how would I find the specific heat for sample 1? And by doing that, how did you find Cwater for sample 1?
FN ALT In Chemistry & Physics De From the law of energy conservation, the heat lost by the metal sample must equal gained by the water: Heat lost by sample = (Msample) (Csample) (ATsample) = (Mwater) (Cwater) (ATwater) Heat water Cwater is the specific heat of water, which is 1.0 cal/g K. Use the above equation, and your collected data, to solve for the specific heat of th Hint: since you used aluminimum as vour oomn fx-115 ES PLUS NATURAL-V.P.A.M. rwo WAY POWER SHIFT ALPHA MODE SETUP ON REPLAY - -3 ix : = 3AOS CALC NI8 „0L X3H A 30 gx I A [TA FACTrB] Abs C1 sin'rD1 cos'rEj tan'rF1 0999 hyp tan cos uIs 스음름 X 6
Transcribed Image Text:FN ALT In Chemistry & Physics De From the law of energy conservation, the heat lost by the metal sample must equal gained by the water: Heat lost by sample = (Msample) (Csample) (ATsample) = (Mwater) (Cwater) (ATwater) Heat water Cwater is the specific heat of water, which is 1.0 cal/g K. Use the above equation, and your collected data, to solve for the specific heat of th Hint: since you used aluminimum as vour oomn fx-115 ES PLUS NATURAL-V.P.A.M. rwo WAY POWER SHIFT ALPHA MODE SETUP ON REPLAY - -3 ix : = 3AOS CALC NI8 „0L X3H A 30 gx I A [TA FACTrB] Abs C1 sin'rD1 cos'rEj tan'rF1 0999 hyp tan cos uIs 스음름 X 6
7. Świrl the water and record Tinal, the highest temperature attained by the water as it comes into thermal equilibrium with the metal sample. 8. Immediately after taking the temperature, measure and record Mtotal, the total mass of the calorimeter, water, and metal sample. Data collection: For each metal tested, use the equations shown below to determine Mwater, the mass of the water used, ATwater, the temperature change of the water when it came into contact with the metal sample, and ATsample, the temperature change of the metal sample when it came into contact with the water. Record your results in Table. Mwater = Mtotal - (Mcal + Msample) ATwater = Tfinal - Tcool AT sample 100° C - Tfinal, if the initial temperature is actually 100°C. Record your results in the bottom row of Table below. sample 1 20.93 sample 2 20.99 120.99 M cal 141.8-20.9 M water 13 l -19.2 27.3 C 34.4°C 202.19 84.49 12.1° Tcool 98 Tfinal 32.1°C 226.29 34.49 10,3 M total Msample ATwater avg
Transcribed Image Text:7. Świrl the water and record Tinal, the highest temperature attained by the water as it comes into thermal equilibrium with the metal sample. 8. Immediately after taking the temperature, measure and record Mtotal, the total mass of the calorimeter, water, and metal sample. Data collection: For each metal tested, use the equations shown below to determine Mwater, the mass of the water used, ATwater, the temperature change of the water when it came into contact with the metal sample, and ATsample, the temperature change of the metal sample when it came into contact with the water. Record your results in Table. Mwater = Mtotal - (Mcal + Msample) ATwater = Tfinal - Tcool AT sample 100° C - Tfinal, if the initial temperature is actually 100°C. Record your results in the bottom row of Table below. sample 1 20.93 sample 2 20.99 120.99 M cal 141.8-20.9 M water 13 l -19.2 27.3 C 34.4°C 202.19 84.49 12.1° Tcool 98 Tfinal 32.1°C 226.29 34.49 10,3 M total Msample ATwater avg
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