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:`.

Example Input: CONTEXT: In today's modern culture and cooking style, the difference is likely unobserved.I would consider a stew less constructed than a casserole, however.While the stew would start with generally uncooked ingredients (perhaps except for browning the meat, and likely be mixed together while cooking to give a single-dish of meat, vegetables and sauce.A casserole might include some cooked ingredients, often be more properly layered and probably not mixed while cooking.  <sep>  Q: Is there a difference between Stew and Casserole? A: In today's modern culture and cooking style, the difference is likely unobserved  Q: how would describe the casserole? A: A casserole might include some cooked ingredients, often be more properly layered and probably not mixed while cooking  <sep> FOLLOWUP_Q: are they baked the same?
Example Output: No

Example Input: CONTEXT: The best way that I have found to cook okra, and prevent it from being slimy is to avoid cooking it with moisture.If you dredge it in seasoned cornmeal, then pan fry it, you get none of the slime that is common to okra.I haven't done any tests to verify if a quick fry would then prevent it from developing slime if you then add liquid, however. If you're trying to add the okra to a soup or a sauce, you might still need to spend some time cooking it to break down the slime.  <sep>  Q: How do I quickly get okra to stop being goopy? A: The best way that I have found to cook okra, and prevent it from being slimy is to avoid cooking it with moisture  <sep> FOLLOWUP_Q: Ok, what should it be cooked with if moisture causes it to be goopy?
Example Output: Yes

Example Input: CONTEXT: During blending, air is put into the milk mixture. Once you switch it off, not all air is kept inside the milk but makes it's way to the surface. These are the bubbles that make you think your milk is fizzy.Without being a chemist I assume full fat milk has more fat, therefore the emulsion is somewhat "thicker" and thus can hold the air better. There are also bubbles with full fat milk, but less than with skimmed milk. Sort of.  <sep>  Q: Why is the skimmed milk fizzy? A: During blending, air is put into the milk mixture. Once you switch it off, not all air is kept inside the milk but makes it's way to the surface  Q: Why does that not happen when using whole milk? A: Without being a chemist I assume full fat milk has more fat, therefore the emulsion is somewhat "thicker" and thus can hold the air better  Q: Is it normal to hear a fizzing sound coming from the bubbles? A: There are also bubbles with full fat milk, but less than with skimmed milk. Sort of  <sep> FOLLOWUP_Q: Is there anything I can do to ensure that the bubbles don't form?
Example Output:
No