Help with the CER please Energy is added to the liquid by the immersion heater - the metal coil placed in the liquid after the thermometer readingstabilizes. The immersion heater delivers energy to the liquid at a rate of 21.1 watts, or 21.1 joules/s. Notice that there isa stopwatch available when you click the tool icon in the upper right.Hint: Energy delivered = rate x timeQ=21.1J/s x AtAt-elapsed time the immersion heater is in the liquid.*1 ...2...3 ***4 ...5 ---Quantity6.*****mass of cup (gr)Mass of cup + I...mass of liquid...change in T (de....delta time (s)energy (J)Measure...units28.9514.8485.911.51913.219300var***2. A) Show your calculation for the specific heat capacity. Type your work into the box.B) The table below shows the specific heat of six different liquids.SpecificHeat(J/g °C)4.1843.9833.7183.3612.9042.51Concentrationof PG (V/V)0%20%40%60%80%100%Based on this table, which liquid concentration do you think you tested in your trial?Make sure to label part A and part B of your answer. FIPart 2: Analyzing the differences between experimental and published valuesYou may have noticed that in spite of carefully measuring and calculating, the values for the specific heat you determinedexperimentally do not match the published values for those concentrations of propylene glycol solutions. Let's explore why.N1. What are the potential sources of error in this experiment based upon your results? Apply CER to your answer.Hint: Consider whether your results are higher or lower than expected. Explain how this could happen.2C: Claim answers the questionE: Evidence provides a numerical/quantitative discussion to support the claimR: Reasoning explains why your the evidence supports the claim using theory.BIU32F2WSX#3Hcommand80EDE E % 無$4C888F4RFdo 5%F5TV19MacBook Air6GF6YB&7HF7U*008NJFB1(9DDMF9KOge,'P

Energy is added to the liquid by the immersion heater - the metal coil placed in the liquid after the thermometer reading stabilizes. The immersion heater delivers energy to the liquid at a rate of 21.1 watts, or 21.1 joules/s. Notice that there i a stopwatch available when you click the tool icon in the upper right. Hint: Energy delivered = rate x time

Energy is added to the liquid by the immersion heater - the metal coil placed in the liquid after the thermometer reading stabilizes. The immersion heater delivers energy to the liquid at a rate of 21.1 watts, or 21.1 joules/s. Notice that there i a stopwatch available when you click the tool icon in the upper right. Hint: Energy delivered = rate x time

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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