Teacher: Given a paragraph about cooking, and a set of conversational question answers about the paragraph, answer a follow-up question from the paragraph. The paragraph has a prefix 'CONTEXT:'. Each conversation question has a prefix 'Q:' followed by answer prefix 'A:'. The final followup question has a prefix 'FOLLOWUP_Q:'.
Teacher: Now, understand the problem? If you are still confused, see the following example:
CONTEXT: What I've done in the past is mist some water on both sides of the bread slices, then put them in the microwave for 10-15 seconds (alternatively, an oven set at 300F/150C for 5-10 minutes will do it too).Experiment with the amount of water (but keep it low) and cooking times. You should get much softer (and warm) bread slices out of it.  <sep>  Q: How do I make whole multi grain bread softer? A: mist some water on both sides of the bread slices  <sep> FOLLOWUP_Q: Does that make it soggy?
Solution: Experiment with the amount of water (but keep it low)
Reason: Here the follow-up question asks about a way to make the bread softer. The answer (Experiment with the amount of water) is mentioned in the passage.

Now, solve this instance: CONTEXT: Short answer: No.Long answer: this could probably be made to work, but only for a short time. At some point, and probably within a few uses, the rapid heat cycling from the fire would cause the pizza stone to crack.Pizza stones are made from corderite or clay, sometimes with grog. This offers a smoother surface than firebrick, but that smooth surface is because of a higher amount of vitrification and less airspace in the ceramic. This means they are less resistant to cracking due thermal shock, and the fact that your pizza stone is 1/4 a thick as firebrick makes that worse.In contrast, firebrick is a standard 2.5" thick, and made from higher-temperature materials with more airspace in the clay itself. These properties give it both higher thermal insulation, and higher thermal mass (so that it cools down slower). Both of these properties help it resist cracking.  <sep>  Q: Pizza stone as floor pizza oven vs firebrick A: This offers a smoother surface than firebrick  Q: Does it get as hot as firebrick? A: the fact that your pizza stone is 1/4 a thick as firebrick makes that worse  Q: Are there any advantages to using pizza stone? A: offers a smoother surface  Q: Is there an advantage to firebrick? A: both higher thermal insulation, and higher thermal mass  <sep> FOLLOWUP_Q: Ok, is there anything else you can add to help me with my decision?
Student:
the rapid heat cycling from the fire would cause the pizza stone to crack