Explain a highly useful and general technique for synthesis

Reference no: EM13666744

A highly useful and general technique for synthesis of alcohols is the addition of grignard reagents to carbonyl compounds

Reference no: EM13666744

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Explain which direction must the reaction proceed : For the reaction A(aq) + 2B(aq) 3C(aq) + D(aq) at 25oC and each substance at 0.1 M concentration, G was found to be 115 kJ. Explain which direction must the reaction proceed to reach equilibrium

Explain how many moles of sodium phosphate : Explain how many moles of sodium phosphate can be made from 0.240 moles of NaOH reacting with excess phosphoric acid

Define the final ph and the final tds in mg/l of the mixture : It has been proposed to mix a 1500 L bath containing 5% by volume of H2SO4 with a 1500 L bath containing 5% by weight of NaOH. The Specific gravity of the acid added is 1.841 as well as its purity is 96%.

Explain what the products are or expected products : A Cu penny can be dissolved in nitric acid however not in hydrochloric acid. Utilizing reduction potentials, show why this is so. Explain what the products are or expected products of each reaction

Explain a highly useful and general technique for synthesis : A highly useful and general technique for synthesis of alcohols is the addition of grignard reagents to carbonyl compounds

Explain what is the delta having of a liquid : Explain what is the DELTA having of a liquid that has a vapor pressure of 641 mmHg at 85.2 degrees C as well as a boiling point of 95.6 degrees C at 1 atmosphere

Compute the temperature in celsius when the vapor pressure : This is vital to Jack Daniels- The vapor pressure of ethanol is 115 mmHg at 34.9 degrees C. By means of the fact that: DELTA Hvap of ethanol is 40.5 kJ/mol compute the temperature in Celsius when the vapor pressure of ethanol is 700 mmHg.

Explain what is the molarity of the naoh solution : A 25 ml sample of naoh is titrated with 15.24 ml of 0.225 m h2so4. Explain what is the molarity of the naoh solution

Find the isomer that shows the least slightly different bond : Illustrate the bond angles which are at least slightly different in the C2H2Br2 molecule. Therefore this has isomers and find the isomer that shows the least slightly different bond angle

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