Given a paragraph about cooking, and a set of conversational question answers about the paragraph, generate a relevant question to the topic of the paragraph. The paragraph has the prefix 'CONTEXT:'. Each conversation question has a prefix `Q:` followed by the answer prefix `A:`.

Example Input: CONTEXT: On the question of dry ice, yes...it makes excellent ice cream using a kitchen aid and the beater in the standard bowl. It is best if you pulverize the dry ice in a blender first. You will want to avoid using too much (your base will become carbonated, but you can allow it to off-gas). Add a little at a time until the appropriate texture is achieved. Make sure it is not possible for someone to eat a chunk of dry ice!  <sep>  Q: Is it possible to make salty avocado Ice Cream without a machine? A: dry ice, yes...it makes excellent ice cream using a kitchen aid and the beater in the standard bowl  Q: Should I use the ice cream maker attachment on the kitchen aid? A: It is best if you pulverize the dry ice in a blender first  Q: Does the dry ice go into the bowl or is on the outside of the bowl? A: Add a little at a time until the appropriate texture is achieved 
Example Output: What do I do to the ice cream after the texture I want is achieved?

Example Input: CONTEXT: Our brains are wired to consider food more palatable if the dedicated taste receptors (one of the six basic tastes) for salt are triggered. And in a non-urban world, salt/sodium is a valuable nutrient; the fact we might have it too readily available in the developed world doesn't change that we would DIE on a zero-sodium diet (mind that animal products like meat aren't zero-sodium, and that herbivores tend to love licking salt where they find it!). So our brains have a good evolutionary reason to like salt.Also, salt actively interferes (negatively) with another basic taste receptor - the receptor for bitterness (which can mean poison both in nature and in the developed world, or at least something we have no use for, eg an alkali). Most aromatic food (think green vegetables or spices) is bitter, and salt both attenuates that perception and balances it making the combined food still desirable for our brain. You end up with an even more palatable food since you can use an aromatic (desirable) and shut out the bitterness (not always desirable) response.Umami is a different basic taste, probably related to the presence of protein (glutamate, inosinate, guanylate... trigger it - these are amino acids or salts thereof, and an indicator of easily-digestible protein presence).  <sep>  Q: Why does salt enhance the flavor of food? A: Our brains are wired to consider food more palatable if the dedicated taste receptors (one of the six basic tastes) for salt are triggered  Q: Is salt related to umami? A: Umami is a different basic taste, probably related to the presence of protein 
Example Output: Are there compounds similar to salt that enhance flavor?

Example Input: CONTEXT: 'Air work' is an interesting term that I am not used to hearing, and I do a lot of it. The trick here is where will you be holding the knife as you work. A long thin blade will mean you are holding the blade as you work, which is not a problem, per se.Small bladed and hook beak knives are well suited for this, as you can comfortably hold the handle. I love hook beak knives for mushroom garnishing, coring, small veg peeling and trimming, etc...Small straight paring knives are the standard choice for this, if you don't like the hooked blade.  <sep>  Q: what criteria go into choosing a paring knife specifically for work in the air? A: Small bladed and hook beak knives are well suited for this, as you can comfortably hold the handle 
Example Output:
Are heavier or lighter knives more suitable?