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[DOCX File]OVERVIEW - Energy
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Calculate the heat (q) gained by the water in each trial. (3 pt) Remembering that the heat gained by the water is equal to the heat lost by the metal, calculate the specific heat of your metal for each trial. Then, calculate the average value for the specific heat of your metal in your experiment. (2 pt)
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[DOC File]Lab #5: Specific Heats
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Specific heat of the atmosphere. The calculator includes volumetric specific heat value (Btu/[scf. – °F]) at an average temperature in the range of 600 °F to 1,000 °F for most commonly used atmospheres for heat treating and other applications.
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[DOC File]Physics 211 Lab 1
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Calculate the average specific heat of your sample ( Cs ) as determined by your experiment. Use the following equations. Identify the metal based on the value calculated and the table below. Note that this is just saying energy is conserved; heat lost in one area is gained in the other.
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[DOC File]Specific Heat of a Metal
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Calculate the average air temperature for each vertical distance and write it in Table 2. Plot the calculated average temperature versus Y. Calculate the air temperature gradient at Y = 0 for each case. Temperature gradient can be approximated as . Calculate the convective heat flux for both tests and compare the calculations with each other.
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Specific Heat Calculator
Calculate the specific heat capacity values for your specimen using the equation on page 1 (in cal/goC) and record the values in Table B. Convert the specific heat capacity values to units of J/goC. Note: The units J/goC are the same as J/g.K, since a temperature change in oC is the same as a temperature change in K units.
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[DOC File]Physics 211 Lab 1
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The specific heat of a substance is usually a different value for each physical state. The specific heat for liquid water is 4.184 J/goC and the specific heats for ice and steam are 2.1 J/goC. The magnitude of the specific heat depends on the strength of the attraction between the particles in the substance.
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[DOC File]Specific Heat and Calorimetry
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1. Calculate Qwarm water and Qcup for each case. Note: you will need to use the accepted values for the specific heats of water and aluminum for these calculations. 2. Using the results of the previous step and the mass and change in temperature of each ice cube, calculate …
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[DOC File]Specific Heat of a Metal
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The formula for specific heat is: q = mΔT Cp Heat energy flows from high to low temperature, or high to low kinetic energy. (Remember that temperature is the measure of the AVERAGE kinetic energy). q lost by the metal = q gained by the water
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[DOC File]THE SPECIFIC HEAT OF A METAL - CSUN
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Specific Heat of a Metal (35 Pts) Background: Specific heat capacity is the amount of energy, measured in calories or joules, needed to raise the temperature of 1 g of the substance by 1 °C. Water was chosen as the standard and assigned a specific heat of 4.184 J/g °C. The specific heat capacities of all other substances are compared to water.
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[DOC File]Specific Heat online Lab
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Specific Heat for Various Materials Material Specific Heat (J/kg C°) Water 4186 Aluminum 900 Steel 448 Brass 386 Copper 380 Experiments have shown that the heat transfer Q = mcΔT, where ΔT = Tfinal-Tinitial of the object you’re considering, m is its mass, and c is referred to as the “specific heat” of the material it’s made up of.
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How to calculate the average specific heat