Thanks again for putting in the time to make these videos. You've saved me a lot of headache and frustration trying to figure this stuff out on my own.
Helped with one of my open-note exam problems. Found it great since I was able to understand the concept and what the question was asking for through the steps.
hello, for a question like this, do we need to care about the perpendicular distance from origin O to plane, 12? if not, in what scenarios would we need to take the distance d into consideration?
Think of it as having two lines perpendicular. For example y = -2x+5 and y = (1/2)x - 7. It doesn't matter if the constants (5 and -7) change, the slopes will still be the same and the lines are still perpendicular. Hope this helps.
Think of it as having two lines perpendicular. For example y = -2x+5 and y = (1/2)x - 7. It doesn't matter if the constants (5 and -7) change, the slopes will still be the same and the lines are still perpendicular. Hope this helps.
Thanks again for putting in the time to make these videos. You've saved me a lot of headache and frustration trying to figure this stuff out on my own.
People like you gives us faith in humanity!
Thank you. Glad the video helped.
Cramming for my calc 3 test. You sir are the goat
Thank you. Good luck on your test.
wow i barley comment on math videos even if useful. but wow this was extremley clear and brief. 3 years from the future
Thank you. Glad it helped.
Helped with one of my open-note exam problems. Found it great since I was able to understand the concept and what the question was asking for through the steps.
Thank you so much! I couldn't find an example like this in my book or previous tests.
You’re welcome. Glad it helped.
Hey steve, the line is perpendicular it means the there will opposite signs?
Thank you Steve. Great and brief explanation. I appreciate it.
You're welcome. Glad the video was helpful.
you saved my life bro
Glad it helped.
Steve makes me happy
👍
thank you so much for this it really helped me with my pre cal :))
You’re welcome.
Hello. The logic here makes sense! However, when I plot these two objects on Maple, they aren't perpendicular. What's up with that?
this was quite helpful might i add!
Glad it helped.
hello, for a question like this, do we need to care about the perpendicular distance from origin O to plane, 12? if not, in what scenarios would we need to take the distance d into consideration?
thanks for the video, very straight to the point! Why dont we do anything with the 12?
Think of it as having two lines perpendicular. For example y = -2x+5 and y = (1/2)x - 7. It doesn't matter if the constants (5 and -7) change, the slopes will still be the same and the lines are still perpendicular. Hope this helps.
@@crowsmathclass yes it does thank you
Hye, can i ask, is it the same ways as the parallel one?
Finding Parametric Equations Through a Point and Parallel to a Line
th-cam.com/video/o7Vxf-NJCLA/w-d-xo.html
Hey steve, does the 12 dont matter?
Think of it as having two lines perpendicular. For example y = -2x+5 and y = (1/2)x - 7. It doesn't matter if the constants (5 and -7) change, the slopes will still be the same and the lines are still perpendicular. Hope this helps.
@@crowsmathclass thanks for responding.
thank you!!
You’re welcome.