E X T E N D E D E S S A Y I n Geo gra phy Jonathan Sandidge Birkerød Gymnasium‚ HF‚ and IB Candidate number: 000632-035 Supervisor: Mette Bahnson Weber Extended Essay May 2013 SUSTAINABILITY OF CITIES Figure 1: Taken by Jonathan Sandidge RESEARCH QUESTION To what extent can Copenhagen City be considered sustainable? - an ‘Egan Wheel’ investigation ______________________________________________ Jonathan Erik Dow Sandidge Word Count: 4‚000 1 Jonathan Sandidge Candidate number:
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l0 TheIlawthorne Dxoeriments Frederick J. Roethlisberger The.e seemsto be d dsunpiion today thar se oeed d conpler ser ofideas to handle lhe codpler problens of this conplex worLd in which we l1ve. we 4sume th!! a bic !.oblen needs a bis id€ai a conplex problem needsa conplex idea for ift slution. As a r*ult‚ ou thinkins tends !o becone nore dd more rormous a.d huddled. Nowhere is dris noie he rhm in nattes ofhunan behavior.l. seemsto ne thar the road back to saniry-‚nd here is vhere ny ey
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Fitted values Lecture 16 80 1. Introduction Recall also the consequences of heteroskedasticity for the OLS estimator: Under heteroskedasticity‚ the OLS estimator does not have the minimum variance among all the linear‚ unbiased estimators of β (i.e.‚ it is not BLUE) (Remember that the Gauss-Markov theorem states that homoskedasticity is a necessary condition for OLS to be BLUE) In particular‚ if the error term is heteroskedastic our estimates of the ˆ variance of β will be biased
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Mark Scheme PEKA Chemistry Form 5 Experiment No : ......4.1............ Topic: Thermochemistry Aim To determine the heat of combustion for alcohols Problem statement Does alcohol with a higher number of carbon atoms per molecule have a higher heat of combustion? [ K1PP1(i) - Able to write the aim or problem statement correctly] Hypothesis The higher the number of carbon atoms in the alcohol molecules‚ the higher is the heat of
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(CH3CH2OH) ethyl alcohol; grain alcohol. A colorless‚ flammable liquid produced by fermentation of sugars. Straight chains. Ø Butane - CH3CH2CH2CH3‚ colourless‚ with a characteristic natural odor Ø Pentan-1-ol -straight chains alcohol. Ø Hexan-1-ol - straight chain alcohol. Ø Propan-1-ol - straight chain alcohol. Using the alcohols listed above I will measure the amount of energy produced by them when burnt in air. As I am calculating the enthalpy change of combustion‚ in order to
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question of how we actually go about obtaining the SRF. Here we discussed the popular method of ordinary least squares (OLS) and presented the appropriate formulas to estimate the parameters of the PRF. We illustrated the OLS method with a fully worked-out numerical example as well as with several practical examples. Our next task is to find out how good the SRF obtained by OLS is as an estimator of the true PRF. We undertake this important task in Chapter 3. 3) The Two-Variable Model: Hypothesis
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Butan-1-ol needed: C4H9OH (aq) + HBr (aq) -----> C4H9Br (aq) + H2O (l) 74 : 70 : 137 : 18 ß Relative Molecular Mass. Proportion is 74 to 137 at 100% yield‚ so 137 g of Bromobutane will be formed from 74 g of Butan-1-ol. I will produce 20 g of 1-Bromobutane‚ my planned yield is 70%. So; At 70% yield : (137/100) x 70 = 95.9 g (1 mole) I want 20 g of C4H9Br so; ( 20 x 74 ) / 95.9 = 15.5 g ‚ so : Production of 1-Bromobutane will require 15.5 g of Butan-1-ol to obtain
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information written at the top right hand corner.) Student First and Last name STAPLE Date Sample Completed (this must correspond to the date on the OLS) (Do not write in Subject Upper left corner) Unit # and Lesson # |Subject |Date Completed |Unit Number |Lesson Number |Lesson Title
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The four goals are; Create an open dialogue with past OL about the pros and cons of their orientation experience‚ prepare incoming D-Staff with the necessary tools to prepare them for the role of a mentor‚ establish the pros and cons of orientation early on in the summer and address those issues as they come
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