Question

When vegetable oil is hydrogenated, how would the melting point change? Explain using chemical structures and...

When vegetable oil is hydrogenated, how would the melting point change? Explain using chemical structures and chemical equation(s).

Homework Answers

Answer #1

The hydrogenation process of the vegertable oil

Converts the unsaturated fatty molecule of vegertble oil into saturated fatty oil as follows

And saturated compounds tend to have higher melting point

So that after hydrogenation the melting point increased

I hope this helps if you have any query or want more detailed explanation feel free to ask in the comments section below.

Know the answer?
Your Answer:

Post as a guest

Your Name:

What's your source?

Earn Coins

Coins can be redeemed for fabulous gifts.

Not the answer you're looking for?
Ask your own homework help question
Similar Questions
The melting point of each of 16 samples of a certain brand of hydrogenated vegetable oil...
The melting point of each of 16 samples of a certain brand of hydrogenated vegetable oil was determined, resulting in sample mean x bar =94.32 and the standard deviation s = 1.2. Assume that the distribution of melting point is normal. Test H0: μ=95 verses Ha: μ<95. using a significance level of 0.01.
The melting point of 16 samples of a brand of hydrogenatd vegetable oil was determined and...
The melting point of 16 samples of a brand of hydrogenatd vegetable oil was determined and the sample mean came out to be 95.52. Assume that the distribution of the melting point is normal with the standard deviation of 1.5. Test H0 : µ = 95 against Ha : µ 6= 95 at the 10% significance level. Do the problem in two ways- first by obtaining the rejection region and second, by using the p-value.
How many equivalents of methanol are you using relative to the vegetable oil in an experiment...
How many equivalents of methanol are you using relative to the vegetable oil in an experiment assuming you are using 0.5 mL of vegetable oil and 1 mL of methanol? vegetable oil (MW: 883 g/mol, d: 0.875 g/mL)
The melting point of a pure solid (X) is 1 °C. This chemical is not soluble...
The melting point of a pure solid (X) is 1 °C. This chemical is not soluble in water. If you placed a crystal of this solid into a beaker of water at 2 °C A) the crystal will float; B) the crystal will sink; C) the free energy change for X(s) →X(l) would be negative; D) the free energy change for X(s) → X(l) would be positive; E) the free energy change for X(s) → X(l) would be zero.
When running melting point tests rank and explain which will have the higher melting point, middle...
When running melting point tests rank and explain which will have the higher melting point, middle melting point, and lowest melting point: a.) Impure Phthalic Acid b.) Pure Phthalic Acid c.) Crystalline Phthalic Acid
How would the following affect the purity, melting point and yield of your product? Write increase,...
How would the following affect the purity, melting point and yield of your product? Write increase, decrease or no change. 12 pts. You had a significant amount of aspirin contaminating your final product. Purity:                                       Melting point:                                        Percent yield:                       Your unknown was acetanilide, but you somehow contaminated it with phenacetin. Purity:                                       Melting point:                                        Percent yield:     You inadequately dried your unknown. Purity:                                       Melting point:                                        Percent yield:                       You used an excessive amount of water to recrystallize your product. Purity:                                       Melting point:                                        Percent yield:
Would increased intermolecular hydrogen bonding lead to a higher or lower melting point? Explain.
Would increased intermolecular hydrogen bonding lead to a higher or lower melting point? Explain.
1) are solutions of potassium hypobromite, KBrO, acidic, neutral, or basic? explain using a chemical equation...
1) are solutions of potassium hypobromite, KBrO, acidic, neutral, or basic? explain using a chemical equation to demonstrate your point. 2) are solutions of ammonium iodide, NH4I, acidic, basic, or neutral? Explain using a chemical equation.
1: Diagram using terms and arrows (not chemical structures) how the phosphagen system produces energy (ATP)....
1: Diagram using terms and arrows (not chemical structures) how the phosphagen system produces energy (ATP). In your diagram, include the substrates (reactants), enzyme, and products of the chemical reaction. 2: Where in the muscle fiber does this reaction take place?
The presence of an impurity can affect the observed melting point of a sample in two...
The presence of an impurity can affect the observed melting point of a sample in two different ways: certain impurities can have only one, only the other, or both effects depending on what the impurity is and how much is present. What are the two effects (that is, how would the observed melting range change compared to the literature value of the pure substance)? a. b. One measures the amounts of lots of chemicals in a reaction, including those that...