Determining the Distance Between a Plane and a Point

[Taytyaaytyat]

this section of studying for my final exam went way faster now! thank you!

[ahsanraza]

Thank you so much your explanation was the best i was struggling with this topic but you just eased my burden, (thanks again)

[LuisSilva-bhkx]

Thank you so much ! I love how you explained the intuition behind the formula. :)

[Domiyo]

i love how you always end with a wise quote! ^u^

[paulchow]

Did you considering the minimum distance? How come you choose P(0, 0, 2)?

[MRAXELGRINDER]

greatest video ever man thank you thank you thank you

[sumsw]

Good explanation, thank you. I just wish you continued for 1 more minute and solved for the point where the orthogonal /normal line from (7, -3, 9) intersects the plane

[thebosicothe]

thank you sir you are a kind gentleman

[saudalrowayeh]

thanks that was 5% of my final ty for ur help!

[Bucasta]

Very helpful explanation thank you for your time!

[MrsDyarvane]

thnx soo much this video is soo helpfull and easy to understand

[counting]

Great video, only comment is that I believe the slide should read comp (n) (b) for the scalar projection. Your slides currently use the vector projection, but the formula is for the scalar projection, if I'm not mistaken.

[lane]

How are you thinking when you decide that P(0, 0, 2) ?

[varrie]

Hi,

I just have some little confusion, why did you use the components of the given eq'n of the plane as your normal vector when the normal vector should be the one that's orthogonal to the given plane?

[michaelpang]

wouldn't that be the vector QP not PQ? if is vector PQ then it is <-7, 3, -7>

[burnsy]

I love your quote at the end, too bad your video wasn't a waste of time though because that would have been funny