Elimination reaction

NOSIPHO ZUMA A00018164 BIO 120 DR HAYATU RAJI LAB 1: PH TEST FOR VARIOUS SUBSTANCES LAB PARTNERS: AMINA SULEIMAN, SEDOO ORJE-ISHEGH DATE: 27 SEPTEMBER 2016 Abstract The primary purpose of this experiment was to determine pH levels of various substances using different methods. Two techniques were used, the pH paper indicator and the pH meter. Out of ten substances that were used, five of them were found to be acidic, namely: hydrochloric acid, coke, toothpaste, milk, and acetic acid. Sodium…

Those reactants combine together and produce different products including copper (II) chloride and sodium sulfate (Na2SO4). The two above reactions require certain industry equipment and should not be done in a lab that is why those synthesis methods are completed in the industrial area. But there are other reactions that can be done in a laboratory setting. The next method is used most of the time because it is likely the easiest way in the laboratory to produce CuCl2. It begins…

stirrer. Subsequently, 60 mL of potassium dichromate initiator was dissolved in distilled water (K2Cr2O7 8.8 g / 250 mL of distilled water) was gradually added into the reaction solution with continuous stirring at room temperature. The ter-polymerization solution was left for 24 hr at room temperature to complete the polycondensation reaction. Ammonia solution, 10 mL of 33 % NH4OH diluted by 20 mL of distilled water, was added drop wisely until a deep brown precipitate was produced. The…

which a part is dipped into a bath of molten tin above 450 F. This creates a thin layer at the interface of the base material & tin. 3.2 Voids The voids can be removed by adding sintered silver foil that is already coated with chromium and gold. On reaction a uniform layer is formed between Ag/Sn & Sn/Au. 3.3 Reduction in Melting Point Further reduction in melting point can be made by adding more of the rare earth ele-ments into Sn-Ag-Cu solder. 3.4 Calculation of melting Temperature (Given)…

The research paper first described the structural evolution of Iron Phosphate, FePO4 from temperature 294K to 1073K, in α phase and in its ß-quartz type. There are both similarities and differences in the crystal chemical relationship between quartz (SiO2) and FePO4. The structural parameters of α-FePO4 at low temperature range skews towards the parameter values for ß-quartz type when it is at high temperatures. Angles between elements Fe, O and P increase whilst tilt angles decrease…

In 2003, li Also as much coworkers70 synthesized 3-arylimidazo[1,2-a]pyrimidines from imidazo[1,2-a]pyrimidine a unsubstituted heterocycle In those 3-position Toward performing regulate arylation response with aryl bromides. Those creator utilized Pd(OAc)2 (2 mol %) Concerning illustration An catalyst, PPh3 (4 mol %) Likewise An ligand, Also Cs2CO3 (2 equiv) Concerning illustration An base, those response advanced proficiently in 1,4-dioxane during 100 °C. Those yield might have been attained in…

Paragraph 1 This report aims to study the symmetrical distinctions, crystal structures and chemistry of α‐FePO4 and β‐FePO4 as well as any alteration to FeO4 and PO4 when there are modifications to temperature. It also seeks to justify the tilting of the tetrahedral. The article by Haines shows that he had studied the iron phosphate, FePO4, at temperatures from 294 K to 1073 K and had found that the turning point between the 2 phases is at 980 K, where FePO4 takes on the alpha phase at…

Chapter 6 Experimental Work ACETATE BY HPLC Method of Analysis Mobile phase: 0.025 mol/L (0.05N) sulfuric Acid. Using a volumetric pipette, add 3 ml of concentrated sulfuric acid to approx. 1500 ml water in 2 liter volumetric flask. Dilute volume with water. Standard Preparations: Accurately weigh 0.240g each std1 and std2 of sodium acetate tri-hydrate W.S. into 100 ml volumetric flask. Then dilute 25 ml to 50 ml with water. Sample Preparation: Dilute with water such that the…

Purpose The purpose of the experiment was to see the effects of combining certain solutes and solvents. By conducting this experiment it is seen how solutions and mixtures relate to the six postulates of particle theory. When conducting this experiment, the particle theory was thought of, such as when you mechanically agitate a solution, particles move around and bump into each other, breaking up. The specific substances will be stated in the hypotheses. There were many things looked for when…

the relative volatilities, the easier the separation. DME can be used as an alternative raw material when it is converted to gasoline. The DME is converted to gasoline range hydrocarbons over a zeolite catalyst. In the gasoline production reaction, some reactions cause unwanted components which may be regarded as impurities. These include carbon monoxide, carbon dioxide and light olefins. Gasoline with less impurities is regarded as of greater quality and sells at a higher price. A distillation…