References: Tutorial 1. Turbulent Flow and Heat Transfer in a mixing Transfer in a Mixing Elbow. Dr. Mark Cotton
References: Tutorial 1. Turbulent Flow and Heat Transfer in a mixing Transfer in a Mixing Elbow. Dr. Mark Cotton
The heat flow is expected to flow out of the cup into the surrounding because temperature of the cup is more than its surroundings.…
What are the things which we need to know in order to determine the answers?…
FHR is uniform in shape with gradual descent and return to baseline; May be very subtle -…
λn = λ/n δ = r2 − r1 δ = mλ, m = 0, 1, 2... δ = (m + 1 )λ, m = 0, 1, 2... 2 1 d sin θ = mλn , m = 0, 1, 2... d sin θ = (m + 2 )λn , m = 0, 1, 2... 1 2t = mλn , m = 0, 1, 2 2t = (m + 2 )λn , m = 0, 1, 2... a sin θ = mλn , m = 1, 2, 3... sin θ = 1.22λn /D R = Nm I = I0 cos2 θ γ=√…
the fitted function. Do you expect the function to behave like any of the linear,…
On graph 1, you will see a sketch of the graph which I expect to be the result of the experiment.…
The data of this coursework were drawn from the UK national statistics. It is a quarterly series of total consumer credit gross lending in the UK from the second quarter 1993 to the second quarter 2009. In this coursework, the first 57data will be used to establish models and the latter 8 data will be used to test if the forecast is a good fit or not. Two forecasting methods will be used in this coursework, which are a regression with Dummy Variables method and a combination of the Decomposition and Box-Jenkins ARIMA approaches. In addition, further comparison will be made between models to select out the best fit one. Then the underlying assumptions of the chosen model and sensitivity of the model to these assumptions will be discussed. All the analyses are based on the outputs working out by SPSS software.…
4. Enhanced Single-Phase Turbulent Tube-side Flows and Heat Transfer. Engineering Data Book III. Wolverine Tube Inc. Web. 4 Apr. 2012.…
The temperature change when known amounts of water and ethanol were mixed was determined to see the enthalpy change in an isothermal and isobaric environment. Agreeable data was found compared to similar experiments. As the mole fraction increased of the solution so did the enthalpy until a certain limit of about 0.32. Since water’s structure and unique properties affect many aspects of a solution, the solutions enthalpy’s decreased at a certain time due to ethanol’s non-electrolyte nature.…
We check linearity by looking at the residual plot. There is no clear pattern in the mean of the residuals as X changes , so linearity appears reasonable. We also check constant variance by looking at the residual plot. There is no clear pattern in the spread of the residuals as X changes, so constant variance appears reasonable. We check normality by looking at a normal quantile plot of the residuals. All of the points fall within the 95% confidence bands, indicating that normality appears…
An AR(1) model is derived as follows: (with the standard error of the coefficient given in the brackets)…
▪ In the graphs, instead of joining all the points, having as a result a gorge line, we should draw the best fit line, thus having as a result a straight line.…
7. The values for your graph many differ slightly, but overall they should be about the same as those pictured. If not, you must check your configurations before continuing, because we are going to duplicate this scenario and if you have errors in the current configurations, they will be copied over to the duplicate simulation.…
Conclusion There is a small relationship that is seen in the graph, at first the time remains constant then rises up when there are about ten holes then comes down when there are twelve holes. Then after twelve holes, my prediction is that the time will remain approximately constant. There is no quantitative relationship in my graph because the results which I got were somewhat anomalous.…
Prabhu, N., 1990. There is no best method – why? TESOL Quarterly, 24 (2), pp.161 – 176…