10mL pipet 2 aspirator 1 50mL graduated cylinder 1 10mL graduated cylinder 1 50mL beaker 1 100 mL beaker 1 glass stir rod 1 ring stand 1 clamp 1 250mL beaker Distilled water pH paper reagents: 10mL 6M acetic acid 10g solid sodium acetate 25mL 1M naOH NH3 NH4Cl 0.1 solution Safety: Acetuc acid‚ HCl and NaOH are corrosive. They attact the skin and cause permanent damage to the eyes. If one of these solutions splashes into your eyes‚ use the eyewash immediately. Hold your eyes
Free PH Acid dissociation constant Acid
in providing requirements for my project. CONTENTS INTRODUTION :- Natural fibres are the chief raw materials for the preparation of rayon. The term rayon includes all synthetic fibres obtained from Cellulose and are used commercially in fibre manufacturing. Cellulose can be converted into Cupra silk‚ Viscose rayon and acetate rayon depending upon the mode of treatment it undergoes while preparing rayon. Among these Viscose rayon is the most common.
Premium Cellulose Paper Filter paper
|[pic] | | | | |UNIVERSITI TEKNOLOGI MARA | | | |FAKULTI KEJURUTERAAN KIMA | | | |CHEMICAL ENGINEERING LABORATORY III | | | |(CHE575)
Premium Chemical reaction Reaction rate
Oxidation of an Alcohol: Oxidizing Methoxybenzyl Alcohol to Methoxybenzaldehyde Using Phase-Transfer Catalysis PURPOSE OF THE EXPERIMENT Oxidize methoxybenzyl alcohol to methoxybenzaldehyde‚ using sodium hypochlorite as the oxidizing agent and tetrabutylammonium hydrogen sulfate as the phase-transfer catalyst. Monitor the progress of the reaction by thin-layer chromatography. BACKGROUND REQUIRED You should be familiar with extraction‚ evaporation‚ and thin-layer chromatography techniques
Premium Alcohol Oxidizing agent Electrochemistry
he can recite the soliloquy from the Nunnery Scene from Shakespeare’s Hamlet without trouble and distracts him by playing the Overture from the Marriage of Figaro by Wolfgang Amadeus Mozart through headphones while recording his performance on an acetate record. Albert leaves in anger but Lionel offers him the recording as a keepsake. After King George V makes his 1934
Premium
Ester water Particularly‚ 1-hexanol was reacted with an excess of acetic acid‚ using an acid catalyst to yield its ester: hexyl acetate. The reaction was performed under reflux which sped up the reaction by continuous vapor-condensation cycles of the solution mixture as the solution boiled. The vapors were blocked from escaping the solution by a stream of cold water running up the
Premium Acetic acid Carboxylic acid Acid
dissolves like”‚ fluorene dissolves with the non-polar heptane and the polar fluorenone dissolves in the polar ethyl acetate solvent. This phenomenon was illustrated in class before the experiment‚ when it was pointed out why water will not dissolve fluorene‚ fluorenone‚ or transstilbene as readily as a nonpolar solvent such as heptane or toluene‚ or a polar eluent such as ethyl acetate. Those solvents have a much more similar structure to the solutes‚ whereas water’s structure is much different‚ making
Premium Oxygen Chemistry Distillation
from the molecule by ionization: CH3CO2H → CH3CO2- + H+ Because of this release of the proton (H+)‚ acetic acid has acidic character. Acetic acid is a weak monoprotic acid. In aqueous solution‚ it has a pKa value of 4.75. Its conjugate base is acetate (CH3COO−). A 1.0 M solution (about the concentration of
Premium Acetic acid
Chemistry 1: PROBLEM SET SY 2012/2013 CLASS #: _______________ NAME_________________________________________ SECTION: ______________________ Stoichiometry II - Mole Calculations/ Limiting and Excess Reagent – Lecture Notes 1. Given the balanced equation N2(g) + 3H2(g) 2NH3(g) How many moles of ammonia are produced when 0.60 mol of nitrogen reacts with hydrogen? 2. Given the equation: SiO2 + HF SiF4 + H2O a. Calculate the number of moles HF that would completely react with 2.5 moles of
Premium Chlorine Sodium Stoichiometry
of sodium ions and bicarbonate ions. These two solutions mixed together produce two separate reactions. The first is an acid-base reaction producing carbonic acid (H2CO3) and sodium acetate(CH₃COONa). The second is a decomposition reaction of carbonic acid to produce water (H₂O)‚ carbon dioxide gas (CO₂). Sodium acetate is the sodium salt of acetic acid. The balanced equation for this reaction
Premium Chemistry Stoichiometry Yield