Видео

Hi Mr Wernau I'm sorry to say I have forgotten how to do everything and am now depending on your videos to do all my college homework

Why isn't this winning RUclips? Great video, thank you!

Update: I ended up with a composite score of 98 on my PCAT (with quantitative reasoning being my highest score) and graduated from pharmacy school in 2023 so I can verify that these videos can get you through anything! 10/10 would recommend. Thank you for the support beyond high school Mr. Wernau 💪

awesome ass teacher dude

Thank you so much! This made so much more sense.

best explanation

top tier content

maCLAURIN!!!!!

First to the GOAT

I like this this Taylor more than Taylor Swift

best video i have ever seen

greatest explanation ever😃

As a wise man once said. f(dropout)=death

I'm adding this to my Taylor Swift Playlist

Taylor Series>lTaylor Swiftl

Cant spell Wernau without w

Such a great proof. But who’s Taylor???

Thanks for explaining this within 7 minutes

9 years later - and yet just as equally helpful. Thank you sir!

Excellent explanation! Thank you very much!

Most clutch video, thanks

I really want to follow this but the constant changing of brightness keeps distracting me x...x

i love you

I've found one of the unsung heroes of educational RUclips. Thank you.

f(dropout) = death

that vector addition part is what made it click for me

how were you sure that the sum of multiple projections is also a projection in this case ? , you went fast on the last bit ..😥

You made my life so much easier. Thank you so much!!!!!!

Hey it’s your nephew nerd

This was very useful. Thanks!

Wow! This was so helpful! I do have a question about if the vector to be projected from and normal vector are on opposite sides of the plane. To test this I simply inverted the normal vector to <-1,0,-1>. It seems to work out alright until the last subtraction step where the resulting projection becomes <2,1,2>. If I don't know both vectors are on the same side of the plane, do I need to do an angle test, and invert the normal vector if the angle is more than 90 degrees? Or is there some way to make it work out either way without inverting the normal vector? Thanks!

Well taught lesson by an amazing teacher! I'm in my final years of my engineering degree and what I've learned from taking your classes are still incredibly useful. Thanks :D!

Thank you Mr. Wernau, still loving your videos

You just saved my precalc grade 🙏🙏🙏

i smashed that like button

Awesome looks like we distracted you too much tdy lol

2/8 done now!

1 out of 8 videos done! Thanks Mr. Wernau

this guys the bomb

thank u so much sir it really helped me !!!!!!!

best teacher ever

First

What up G

A legend was born.

Thank you Mr. Wernau!

great video!👍

Its my favorite 4th period BC Calculus teacher!!

i miss you mr wernau this vector calc professor makes no sense whatsoever

MR WERNAU HOW ARE YOU DOINGGGGG

Awesome content as always, Mr. Wernau! And wow, looks like you've upgraded to the digital age with your note-taking XD