Explain sodium bromide nabr is mixed with 3 mole of butanol

Assignment Help Chemistry

Reference no: EM13213322

5 moles of sodium bromide NaBr is mixed with 3 mole of butanol CH3CH2CH2OH to yield 99 g of bromobutane CH3CH2CH2CH2Br. Find the yield of the reacion?

Reference no: EM13213322

Questions Cloud

What is the percent of salt and percent of water : Pour the water into a 24.0 gram beaker and boil off all the water, so only the salt remains. The beaker with salt in it weighs 41.0 grams. What is the % of salt and % of water

Explain the mixture has the same specific heat : Assuming the mixture has the same specific heat (4.184J/goC) and density (1.00 g/cm3) as water, calculate the heat (in J) transferred to the surroundings, qsurr.

Explain e and z formations for organic molecules : the difference between E and Z formations for organic molecules and how to establish priority according to the Cahn-Ingold-Prelog rules.

Explain what is the chemical symbol for the element : What is the chemical symbol for this element? Use stoichiometry to create an equation that allows you to solve for the molecular weight of X.

Explain sodium bromide nabr is mixed with 3 mole of butanol : 5 moles of sodium bromide NaBr is mixed with 3 mole of butanol CH3CH2CH2OH to yield 99 g of bromobutane CH3CH2CH2CH2Br

What is the volume of the balloon when balloon to stop : Assuming the balloon could expand indefinitely and never burst, the pressure would eventually equalize causing the balloon to stop inflating. What would the volume of the balloon be when this happens?

Explain what is the formula of the copper chloride compound : which had been effectively diluted to a volume of 200mL? b) how many grams of Cu were in the sample? c) how many grams of Cl were in the sample? How many moles? d) What is the formula of the copper chloride compound?

Compute the enthalpy change for the complete combustion : From the mean bond enthalpy data given below, estimate the enthalpy change for the complete combustion of one mole of butene at 298 K. (The molar enthalpy of vaporization of water is 45.0 kJ mol-1 at 298K)

Compute the equilibrium pressure of the h2o : Calculate the equilibrium pressure of the H2O vapour at both 0oC and 25 oC. The value of ?H is 522.0kj/mol, why may be assumed constant over the temperature range of interest.

User Account

All Pages