State equation for hydrogenation of glyceryl trioleate

Assignment Help Chemistry

Reference no: EM13537782

1. Write the equation for saponification of of glyceryl tripalmitate
2. Write equation for hydrogenation of glyceryl trioleate.

Reference no: EM13537782

Questions Cloud

Finding the limiting reactant and theoretical yield : When the reaction is finished, the chemist collects 19.4 g of CaCO3. Determine the limiting reactant, theoretical yield, and percent yield for the reaction.

Interstellar space has a magnetic field on the order : Interstellar space has a magnetic field on the order of 0.1 nT. Matter in this space is mainly Hydrogen atoms (about 1 per cubic centimeter) moving with speeds of about 1 km/s. Compare the energy in the magnetic field to the Kinetic Energy of the ato..

What fraction of its initial mass must be ejected : If a rocket's exhaust speed is 160 m/s relative to the rocket, what fraction of its initial mass must be ejected to increase the rocket's speed by 50 m/s

Should laser monks pursue either plan : Compute the additional annual net income or loss expected under Plan A and Plan B and should Laser Monks pursue either plan? Discuss both the financial and nonfinancial factors relevant to this decision.

State equation for hydrogenation of glyceryl trioleate : 1. Write the equation for saponification of of glyceryl tripalmitate 2. Write equation for hydrogenation of glyceryl trioleate.

Determine what will the timer read : A solid cylinder is released from rest and rolls without slipping down a 4.0 degree incline. what will the timer read

How much time will it take the package to reach the ground : a cargo plane is moving with a horizontal velocity of v=+220 m/s at a height of y=970m above level ground, how much time will it take the package to reach the ground

Compute accounts receivable turnover for the current year : Compute the accounts receivable turnover for the current year and how long does it take on average for Nokia to collect receivables?

Explain moles of sulfate ion are produced : Given the following dissolving process: Fe2(SO4)3 (s) = 2Fe3+ (aq) + 3SO42- (aq) How many grams of iron (III) ions are produced when 0.450 moles of sulfate ion are produced

User Account

All Pages