Given a paragraph about cooking, and a set of conversational questions and answers about the paragraph, say whether the passage contains sufficient information to answer the follow-up question. Say Yes if it is answerable; otherwise, say No. The paragraph has the prefix 'CONTEXT:'. Each conversation question has a prefix `Q:` followed by the answer prefix `A:`, and the follow-up question has a prefix `FOLLOWUP_Q:`.

[Q]: CONTEXT: There's two things you really need to control, the moisture of the surface of the beef and the heat / fat content of the pan. Always pat beef down with a paper kitchen towel (or whatever else you use) prior to seasoning it and searing it. It will sear considerably faster if you do this, which results in you having less time per batch for the fonde to burn. The second thing you have to do is keep an eye on when your pan gets back up to temperature after you put your next batch in, and quite possibly lower the heat a bit (and even perhaps add a tiny bit more fat). But there's also the possibility that 3 large batches is just going to be quite difficult using one pan, so you could use two pans, or deglaze the pan after the second batch and save it (not ideal, but better than losing all that flavor).I've never done more than two large pan fulls in a single go (I'd probably use a griddle that sits over 2 burners instead, if I had that much to sear).  <sep>  Q: Searing boeuf bourguignon###What is the best technique for searing several pans full of beef without burning it? A: There's two things you really need to control, the moisture of the surface of the beef and the heat / fat content of the pan  <sep> FOLLOWUP_Q: O.K, thank you. What is the best way to control moisture loss?
[A]: Yes


[Q]: CONTEXT: I'm sorry to say this, but I think prevention is the best answer. Once you're vegetables freeze things happen at the cellular level that changes the nature of the vegetables. For example, ice crystals pierce cell walls which destroys some of the structure, which is responsible for the crispness and crunch of the vegetable. I don't think there is really a way to "fix" this, once it happens.That said, cooking does something similar to vegetables. Cooking destroys cell walls, which is why cooked carrots are so much softer than raw carrots. I would think that vegetables that stand up to cooking would survive freezing the best (such as your mushrooms). On the other hand, somthing like lettuce is a lost cause, once frozen.  <sep>  Q: How do I recover vegetables that get "refrigerator crisper chill"? A: I don't think there is really a way to "fix" this, once it happens  Q: Would it still be alright to use them? A: I would think that vegetables that stand up to cooking would survive freezing the best (such as your mushrooms). On the other hand, somthing like lettuce is a lost cause, once frozen  <sep> FOLLOWUP_Q: Will the texture be compromised?
[A]: Yes


[Q]: CONTEXT: Marshmallows expand so much because the water in them becomes steam, and gas takes up a LOT more volume than liquid. Specifically, 1 mL of water becomes ~1.36 LITERS of vapor, before it gets heated further. That's 1000-fold expansion, before you add additional expansion as the gas is heated. Marshmallows don't have all that much water content, but when it's trapped in a stretchy gelatin matrix that holds gas readily, it only takes a bit to blow the whole thing up like a balloon.You are correct that the gas expansion on its own is insufficient; unless I've badly muddled my calculations, gas expansion from 20C to ~150C (caramelization temperature) will increase the gas volume by under 50%.  <sep>  Q: Why do marshmallow get so puffed up in the microwave? A: Marshmallows expand so much because the water in them becomes steam, and gas takes up a LOT more volume than liquid  Q: How big can they get? A: 1 mL of water becomes ~1.36 LITERS of vapor  <sep> FOLLOWUP_Q: How hot does it have to be for them to poof up?
[A]:
Yes