you made the most clear drawing of a linear algebra problem I have ever seen, it makes everything so much clearer to be able to understand which line, vector or plane is which, thank you
Since we're dealing with a parallel line Vs parallel plane, wouldn't it be easier to choose the position vector of that line and treat the whole problem as if you're dealing with that one specific point? because the distance between the line and the plane will be the same throughout anyways...
you made the most clear drawing of a linear algebra problem I have ever seen, it makes everything so much clearer to be able to understand which line, vector or plane is which, thank you
the absolute goat tysm
Since we're dealing with a parallel line Vs parallel plane, wouldn't it be easier to choose the position vector of that line and treat the whole problem as if you're dealing with that one specific point? because the distance between the line and the plane will be the same throughout anyways...
Short answer: almost always 0, unless through a miracle the line is parallel to the plane in which case there is no single "shortest distance".
Thanks bro you actually saved me
Is there no simpler way with out using projection?
Savior
saved me ong exam in 4 days
When you want to teach any concept, solve problem for generic values not for specific values.