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:`.

Ex Input:
CONTEXT: Unfortunately, the above answers would probably be good for fresh tortellini, or frozen or something like that. Following the advice, I had the dried tortellini floating on the surface within a minute or two, puffed a little too. I fished one out, and it was definitely hard. I let them boil for another five minutes and they were barely edible, some even a little crunchy in places.Last week I managed to hunt down the bulk package at the market (used to fill the bin), and there were directions on it: Boiling time: 15-18 minutes. And yes, since the boiling water cooled down to simmer as I added them. In 15 minutes they were still a little al dente but after another 4 minutes they were entirely soft, and just right.  <sep>  Q: How to prepare dried tortellini?

Ex Output:
No


Ex Input:
CONTEXT: The rest period hydrates the starches in flour, giving the dough a firmer and more workable texture (there is some very minor gluten development, but its mostly the expansion of the starch bundles with water). In many cookies, the flavors will also mature and improve, especially with cocoa in the recipe.In many recipes, the cooling from refrigeration is itself part of the point--doughs may be easier to roll and cut when they are cool due to chilling of the fat. Most dietary fats are waxy, which means they don't have a single set freezing/melting point, but rather get more viscous or eventually firmer then hard as temperature drops.For example, linzer cookie dough is very frangible, and the chilling and hydration make rolling and cutting much easier.Generally, most of this affect is going to happen in the first 8 hours or so. The overnight thing is simply for convenience in most cases. In fact, 4 hours is often enough, although obviously not in your case.If the major effect is chilling in your recipe, by flattening the dough to a disk, or lengthening it to a log (thus increasing surface area) compared to a ball, it will chill more rapidly. You mentioned this is a high fat recipe--if that fat is butter (as it so often is with cookies), that may help.  <sep>  Q: What does an overnight chill do to cookie dough, that a 4 hour chill doesn't? A: Generally, most of this affect is going to happen in the first 8 hours or so. The overnight thing is simply for convenience in most cases. In fact, 4 hours is often enough  Q: Is that true for high fat cookies too? A: Most dietary fats are waxy, which means they don't have a single set freezing/melting point, but rather get more viscous or eventually firmer then hard as temperature drops  Q: I am using a high fat recipe and 4 hours did not make the do workable, why is that? A: flattening the dough to a disk, or lengthening it to a log (thus increasing surface area) compared to a ball, it will chill more rapidly  <sep> FOLLOWUP_Q: So, if I flatten the dough that will speed up the chilling process?

Ex Output:
Yes


Ex Input:
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 marshmallows poof up so huge when put 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. Sp  Q: How big can they puff up? A: Specifically, 1 mL of water becomes ~1.36 LITERS of vapor, before it gets heated further  <sep> FOLLOWUP_Q: Anything else you can tell me about them puffing up?

Ex Output:

Yes