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- Iculate the coefficient of linear thermal expansion. Locate a table of linear thermal expansion ficients online or in your textbook and compare your experimental results to the accepted value using percent error. CALCULATIONS: 1. Calculate Δ-Thot-Trm Record the result in the Table 1. Use the Conversion Table at the end of this manual, or the one on the top of the expansion base, to convert your thermistor resistance measurements, Ryn and Rnot,into temperature measurements, Trm and Thot Record your results in the table. sing the equation AL = α 2, T, calculate α for copper, steel, and aluminum mrnfid=74 Τα(Experimental)x1051 Table 1 MaterialL R TR(m) LT R(hot) . T(Room)TT(hot)! ΔΤ (m) Ohm(2) (m)Ohm(2) c 15 666 112 8 3 15 3.1 53 10. Rod #1 2.76 x (o Rod #2 Rod #3 |.n5 | 66. I 18.3 | 8.29 | 35 | 88 Coefficient of Linear Expansion of: 3. 216x10' Rod #1 Rod #2 Rod #3- Table 2 Material | Composition | α(Theoretical)x105 | α(Experim Rod #1 | tin Rod #2 Rod #3 ental)x105 | Percent Difference %…to vyrons lamstal sat to (asluojolid nt) ognalo odi ei jed hour. Her 26. A monatomic gas at a temperature of 600 °K and pressure 300 kPa is inside a container whose volume is 0.100 m³. How many atoms of gas are there? Express your answer as a 00.21 multiple of 1.0 x 1024. degree 20.10 szodato soon (a) 3.62 (b) 3.45 (c) 5.43 (d) 6.46, (e) none of these3. Suppose that some researchers found a 100g of solid Nitrogen originally at 63K. If this Nitrogen was then put into contact with a solid sphere of iron originally at 20°C with mass 100g and radius 1.28 cm, what is the final temperature of the isolated Nitrogen/Lead system and how much does the volume of the sphere shrink? Please Show me how to solve this preblem tN neat ancd CieaR cdetail. Show all equatons equations that I must use to ger the Cirrect answee, Thank gon.!.
- Presents the diagram of the problem, necessary formulas, clearance and numerical solution: On June 26, the US Brookhaven National Laboratory (BNL) announced that the Guinness World Records (GWR) organization had granted him the temperature record highest ever achieved: gold ion collisions at nearly the speed of light at the accelerator of Relativistic Heavy Ion Collider particles had formed a plasma at 4 billion degrees Celsius. Convert this value to ◦C and K.I want the calculation for this expiremnt Note: the unit of thermal conductivity w/m.kWater vapor at a pressure 0f 2X10 N/m2 0nd a dempirature of as0°c is 0.32 x106 N/m2.following expanded to a yoessune of ec.For the low P.V1.25 this expanston determine: a. Pinal vapor condnion b. Syecipie haat transpan c. Changis in tntroyy SIDU
- Lab 11 Instructions: Specific Heat Due: See Course Schedule nnw c.bedThe bottom-most (first) ticku markeronsthe thermometer 00 2 no corresponds to the initial room temperature, Ti and the forth tick no corresponds to T = 100°C? What is the value of each tick mark? Answer: 20°C Now, that the thermometer is calibrated we can read the temperature of the other materials. We'll assume everything in -m the room starts out at the same room temperature, T: (in Celsius 2ede tod degrees). saH niJ" bns "elo edu nori ərlt nerdW O 2 T aerlaser noti erli liinu Determine the Specific Heat eloybloiup, 0a Teerlo591 nottud eeue9 gd 1.3 To find the specific heat of the brick and the oil, we need to figure out erl eexactly how much heat energy we are adding when the heat slider on the bucket is moved. nenw inemheqxe Jeas The heat slider isn't calibrated, but we can link the heaters, which means they will generate identical heat output for both buckets. So if we place the iron on one stand, and the brick…constant value mass of Imol volume of 1mol gas (100kPa and 300K) Thermal conductivity (100kPa and 300K) Volume of 1mol liquid (100kPa and boiling T) V=28.5cm³. т%39.9g V, =0.0242m3 k =0.0177 Wm-'K-1 And Cy 1 1 ki = lvrms V, 2 4ar2 NA use the thermal conductivity to calculate the size of atoms.(r is the radius of molecules -spheres). Cy/Vg Urms Compute constants like R and k) and obtain a numerical estimate of mean free path and using only the given numbers (so you can't use any number or physicalgas Lab 11 Instructions: Specific Heat Due: See Course Schedule eesm et elsluols mo nuoy b.e The density of iron is PFe €7.87g/cm3. Calculate the mass of the drilo diansb erT iron cube using the definition of density: p= m/V. Show your calculation. 10cm^3 10X10 x10 X 7.87 1.39/cm 3 7,810 gms Answer: こ take mass : by volum e mass - volum ecc (cm³) こ1 mome erlt sisidile erlt ec. woThe density of brick is pbr = 1.92g/cm³. Calculate the mass of the sriw wole brick cube using the definition of density: p = m/V. Show your pnnuas calculation. omme er euld en T0Answer: xac Massco = 1.42 x 10 cm Icm 3 1.9 Zg eignsit er = 19.2 19.2g こ d. The water and the oil are both in beakers which have a 3-liter capacity. Each of the major tick marks on the beaker is 1 liter, elsidile and each minor tick mark i6 0.2 liters. Examine the beakers and ut6ied determine the volume (in ml) of each liquid. (There are 1000 ml 1000mL= IL in one liter, and that 1 ml = 1 cm³.). hdml lcm3 ierine Answer:uteTegnmet eid) ho…
- P P= 19399 xNlm, T=216-650 k° f3:1n93x0 kg|? +4 %3D M =1.4216 xio kglm.s at 12 km. Find P,P.T,M, a at 1I km.A process at constant volume pressure takes n mole vibrating diatomic from an initial temperature T to a final temperature 3T. Calculate the change in enthalpy, AH. Select one: O a. O b. ΔΗ AH = 9nRT AU = 5n RT O c. AH 11nRT ΔΗ O d. AH = 7nRT -Q1 : water follows inside of a cylinder of alumina with length 80 - and outer diameter are 3, 4 cm respectively. At one face the concentration of diffusion of KCI at steady state. Given the diffusivity DAB is equal to 2,5*10 cm, inner the other face. Calculate the KCI is held at O.25 mọl / m³ and[0.09 mol / m` m²/s.