No, there's really no answer to the question of why aerodynamics isn't important for a lunar lander.
The answer you give to that, as you imply in a later paragraph, is really an answer to the question "if a typical person thought aerodynamics was important for a lunar lander, why would they be mistaken?" It's fairly easy to answer that, at least with respect to our peers; we're used to vehicles designed with wind resistance in mind. But this is not the answer to the question of why it's not the case that aerodynamics is necessary for a lunar lander.
Similarly, though there is no answer to the question of why it's not the case that speed is necessary in exploratory programming, I could, if I knew why the OP mistakenly thought it was, have explained why he was wrong. But while I could guess why one of my peers might mistakenly think aerodynamics mattered for a lunar lander, I have no idea why the OP might think speed mattered for exploratory programming.
Sigh. What a huge waste of time this thread has been. I feel like I've just spent an hour trying to convince someone that the Monte Carlo fallacy was false.
OK, I accept that if we're going to be pedantic (and honestly, being pedantic is one of my favourite hobbies too) then the question would really be "if a typical person thought aerodynamics was important for a lunar lander, why would they be mistaken?"
In fact, one could clarify the question a little for the benefit of somebody who couldn't see why anybody would be so confused as to think that aerodynamics had anything to do with the moon, by saying: "Given that aerodynamics are important for many [though not all] vehicles, what properties of a lunar lander distinguishes it from those other vehicles in such a way as to make aerodynamics irrelevant?"
So ahem, bearing that in mind, given that speed is important in many [though not all] programming tasks, what properties distinguish exploratory programming from those other types of programming in such a way as to make speed irrelevant?
I'm not convinced yet, but I don't want to make this argument longer. It wasn't my intention to make you or anybody lose time (sorry if I did, truly!), I just thought you were pointing something that failed to be true and that I could correct you in a friendly manneer. Your comment is interesting and I'll think about it, but as far as I could see it seems to work only in particular cases and not in all negative cases, as you had pointed before. But I need to think more about it to be sure. Thanks for your time and for your explainations.
Comments
No, there's really no answer to the question of why aerodynamics isn't important for a lunar lander.
The answer you give to that, as you imply in a later paragraph, is really an answer to the question "if a typical person thought aerodynamics was important for a lunar lander, why would they be mistaken?" It's fairly easy to answer that, at least with respect to our peers; we're used to vehicles designed with wind resistance in mind. But this is not the answer to the question of why it's not the case that aerodynamics is necessary for a lunar lander.
Similarly, though there is no answer to the question of why it's not the case that speed is necessary in exploratory programming, I could, if I knew why the OP mistakenly thought it was, have explained why he was wrong. But while I could guess why one of my peers might mistakenly think aerodynamics mattered for a lunar lander, I have no idea why the OP might think speed mattered for exploratory programming.
Sigh. What a huge waste of time this thread has been. I feel like I've just spent an hour trying to convince someone that the Monte Carlo fallacy was false.
OK, I accept that if we're going to be pedantic (and honestly, being pedantic is one of my favourite hobbies too) then the question would really be "if a typical person thought aerodynamics was important for a lunar lander, why would they be mistaken?"
In fact, one could clarify the question a little for the benefit of somebody who couldn't see why anybody would be so confused as to think that aerodynamics had anything to do with the moon, by saying: "Given that aerodynamics are important for many [though not all] vehicles, what properties of a lunar lander distinguishes it from those other vehicles in such a way as to make aerodynamics irrelevant?"
So ahem, bearing that in mind, given that speed is important in many [though not all] programming tasks, what properties distinguish exploratory programming from those other types of programming in such a way as to make speed irrelevant?
I'm not convinced yet, but I don't want to make this argument longer. It wasn't my intention to make you or anybody lose time (sorry if I did, truly!), I just thought you were pointing something that failed to be true and that I could correct you in a friendly manneer. Your comment is interesting and I'll think about it, but as far as I could see it seems to work only in particular cases and not in all negative cases, as you had pointed before. But I need to think more about it to be sure. Thanks for your time and for your explainations.
Why isn't the Monte Carlo fallacy true?
;~)