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Starting with 2-methylcyclohexanol, ethyne, and 2 equivalents of methanol (all of which do not necesarily need to be used in the first step, of course), we need to form a cyclohexanone with a methyl group at the 6 position and a 2,3-butanediol group (with both OH groups at the back (dashed lines)) at the 2 position. All carbons on the target need to come from the starting materials, but other than that we can use whatever other compounds and however many steps we need. I don't want someone to do this all for me, but any tips at all would be great.
What is the final volume of 845 mL of neon gas at 202°C if the gas is cooled to 86.0°C?
how many whole drops (.05 mL/drop) of 6 M HCl are required to dissolve the calcium carbonate? b) What is the Ca concentration when this is dissolved and diluted to 100.00mL
A sample of gas occupies 10.5 L at 600 torr and 50C. What volume will it occupy at STP?
The Density of the air in the room is 1.19g/L. what is the mass, in Kg of the air in a room that measures 14.5ft x 16.5ft x 8.0ft?
Compute the final pressure in the tank if nothing else is altered in the surroundings. (The two gases do not react)
what mass of water must be removed from the air each time the volume of air in the room is cycled through the air conditioner? The vapor pressure from water at 30 C is 31.8 torr.
The boiling point of another member of this homologous series was found to be 309 rm K. What is the likely molecular formula for this compound?
a temperature of 37 degrees Celcius were heated to a temperature of 250 degrees Celcius. If the volume does not change, what is the new pressure of the gas in atmospheres?
If the average collection period is 55 days, what is the receivables turnover?
Consider a solar with no dye where TiO2 is insted the light-absorbing species. the energy required to exite an electron in TiO2 is 3.21 eV. A. A) calculates the minimum wavelength of light required to excite an electron in TiO2.
Calculate the osmotic pressure at 25°C of an aqueous solution of 1.00 g/L of a protein having molar mass=2.50×104 g/mol.
how many moles O2 of are present? (The mole fraction of in dry air is 0.2095.) How many grams of C8H18 could be combusted by this quantity of O2
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