TASK DEFINITION: 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:`.
PROBLEM: CONTEXT: As someone who uses liquid nitrogen as part of their daily routine (in a lab) and who has made liquid nitrogen ice cream on several occasions, my advice would be to not use a plastic container to hold liquid nitrogen unless it's designed to. Yes, the plastic vessel may become brittle and may fracture. I have seen some materials shatter with extreme violence when frozen with liquid nitrogen; do not attempt this. Vessels for handling cryogenic liquids are designed especially for the job, and made from materials such as stainless steel, styrofoam, teflon, HDPE or silvered borosilicate glass. Unless you know with certainty that your container is designed to withstand temperatures of -196 Â°C (-321 Â°F), do not attempt this procedure.  <sep>  Q: Can you use liquid nitrogen in a food processor?###Will this break the container since it isn't made of steel? A: As someone who uses liquid nitrogen as part of their daily routine (in a lab) and who has made liquid nitrogen ice cream on several occasions  Q: Will using liquid nitrogen in the container harm the food?###Do you know if anyone has tried it? A: the plastic vessel may become brittle and may fracture. I have seen some materials shatter with extreme violence when frozen with liquid nitrogen; do not attempt this  Q: What kind of container would you recommend for this process? A: Vessels for handling cryogenic liquids are designed especially for the job, and made from materials such as stainless steel, styrofoam, teflon, HDPE or silvered borosilicate glass  <sep> FOLLOWUP_Q: Which type of container will retain the temperature of the food better?

SOLUTION: Yes

PROBLEM: CONTEXT: Convection-baking in a "convection microwave" is a bit like conventional baking in a toaster oven; it's more or less the same principle but you really can't expect the same results as a conventional oven (or full-size convection oven).That being said, if you're attempting the recipes in a convection microwave or even a real convection oven without any modifications, you may be using too high a temperature, or cooking for too long. The guideline for conversion (and this is just a guideline, not a rule or guarantee) is to subtract 25-30Â° F / 10-15Â° C from the temperature, and 25-30% from the cooking time.So, for example, if a recipe calls for baking at 350Â° F for 60 minutes, your first attempt in a convection oven should be 325Â° F for 45 minutes.Again, please keep in mind that a convection microwave is still fundamentally a microwave oven. No matter what their marketing claims say, it is not a substitute for a conventional/convection oven and you are not going to see equivalent performance.  <sep>  Q: Can you help with baking using a convection microwave? A: Convection-baking in a "convection microwave" is a bit like conventional baking in a toaster oven  Q: How do I bake things evenly? A: it's more or less the same principle but you really can't expect the same results as a conventional oven (or full-size convection oven  Q: Any other advice for baking in a convection oven? A: if you're attempting the recipes in a convection microwave or even a real convection oven without any modifications, you may be using too high a temperature, or cooking for too long  <sep> FOLLOWUP_Q: What does a lower temperature help with?

SOLUTION: Yes

PROBLEM: CONTEXT: This seems nonsensical to try with your home stove. You are correct, the rate of gas output is directly controlled by the knobs. In a typical home stove, drilling holes will not increase the gas output. It would affect the gas to air ratio, but I doubt it would result in an increase of temperature, and more likely a decrease.  <sep>  Q: Can you tell me a gas hack for greater output?

SOLUTION:
Yes