I know Im asking the wrong place but does anyone know of a trick to log back into an Instagram account..? I stupidly lost the login password. I appreciate any help you can offer me.
@Decker Immanuel i really appreciate your reply. I found the site thru google and I'm trying it out now. Looks like it's gonna take quite some time so I will reply here later when my account password hopefully is recovered.
If there was a contest of how to explain this concept in the clearest and most understandable way, you'd wipe the floor with the other guys. Many thanks. Cheers!
Making the diagram from scratch was very helpful. what most teachers don't get is that all students don't have the teacher's level of perception . anyway thanks a lot!
Before this video I just learned the formula but didn't know where it came from.I understood and appreciated it so well today-All thanks to this awesome video. I am so grateful for your videos,I would genuinely be lost without them .Thank you soo much❤️😊
your explanations were crystal clear and easy to follow! I went one step further and attempted to convert the parametric form to the vector form by taking the cross product of the 2 parallel vectors and compared the 2 equation forms and sure enough they gave me the exact same results.
I'm having my exam next week and your videos on vectors truly helped me a lot but I think it would be better for you to increase the volume of your video when u record it....otherwise such a wonderful video and explanations that I ever had
Have you checked this out? www.examsolutions.net/tutorials/cartesian-form-of-a-plane/?level=A-Level&board=Edexcel&module=Further%20Pure%201%20A-Level&topic=8148
The confusing part of this topic, to me, is the fact that while A is a position vector from the origin; the vectors s and t are not positional vectors from the origin even though they have taken the same format as A. For s and t to be on the plane, they each must represent the difference of two positional vectors from the origin. I hope my understanding is correct. It is the only way that will make sense to me. Hope you can comment on it.
maybe you should add these planes videos on MEI C4 since it is literally the same. But greats videos, you sir definitely helped me with getting A's in quite a few different modules. 100 in C1 and M1 Thanks a lot!
Best explanation so far!
I know Im asking the wrong place but does anyone know of a trick to log back into an Instagram account..?
I stupidly lost the login password. I appreciate any help you can offer me.
@Jairo Bjorn instablaster =)
@Decker Immanuel i really appreciate your reply. I found the site thru google and I'm trying it out now.
Looks like it's gonna take quite some time so I will reply here later when my account password hopefully is recovered.
@Decker Immanuel it did the trick and I actually got access to my account again. Im so happy!
Thank you so much you saved my account !
@Jairo Bjorn Glad I could help xD
You deserve a lot more credit than you get. Thanks, I owe you
Tatenda Chawanzwa Thank you for using my work and any support you give to keep this project going.
If there was a contest of how to explain this concept in the clearest and most understandable way, you'd wipe the floor with the other guys. Many thanks. Cheers!
How do you have 4 hands? Please explain!
He used Cross Product
great sir, finally I could grasp the concept
Making the diagram from scratch was very helpful.
what most teachers don't get is that all students don't have the teacher's level of perception . anyway thanks a lot!
The conceptual explanation behind the formula given in this video is brilliant. Finally I understand the concept thank you!
really sexy video, helps a lot, perfect explanation cheers man
First video of mine that has been sexy! Thanks anyway.
pastryboy so funny
Thank you very much. This will keep on helping students till eternity
Thank you for the clear explanation 👏🏽
Before this video I just learned the formula but didn't know where it came from.I understood and appreciated it so well today-All thanks to this awesome video.
I am so grateful for your videos,I would genuinely be lost without them .Thank you soo much❤️😊
Absolutely Brilliant!!!
Superb explanation. Perhaps the best I have seen so far!
Thank you so much for this explanation! It helped a lot!
Excellent video as usual! May I ask what software you used for the right-hand 3D drawing?
this is amazing!! my teacher never really explained this properly but now i understand it so well, it makes so much more sense :D
your explanations were crystal clear and easy to follow! I went one step further and attempted to convert the parametric form to the vector form by taking the cross product of the 2 parallel vectors and compared the 2 equation forms and sure enough they gave me the exact same results.
Beautifully explained
Superb explanation!
Very well explained: visual and succinct.
Great explanation - wish you would have been my teacher!
Perfect demonstration of idea about plane definition with vectors
What program do you use for 3d vectors in this video?
your explanations make it look so easy.
Amazing video! Thank you very much sir!
Noshin Tarannum Thanks for using it and your comment.
Thank you, great video
Great great visualisation thanks
amazing explanation
Hey what software are you using for the plane drawing? :)
what type of software you used to plot the vectors?
thankyou
awesome !!
Thanks you for such great explanation
I'm in my second year of Chemical Engineering at University of Leeds and your videos are still saving me! You are a gift!
Good to hear that I am still saving. Best wishes.
Awesome video
First time I can picture a 3D graph 👌 thank u so much
You are a gem🤘🤘🤘🤘🤘🤘
Nice explanation. Thanks!
Thanks
Thank you
The best of all
i cant believe i searched the whole youtube for videos like this and theres only one
lol 4 hands. was the best video i found so far. thanks
THANKS SO MUCHHH
i got an A on my final mathematics exam by watching your videos. :)
veri veri nice thank frend
Thank you so much, this really helps us to visualise planes :)
No problem. Thanks for watching.
I'm having my exam next week and your videos on vectors truly helped me a lot but I think it would be better for you to increase the volume of your video when u record it....otherwise such a wonderful video and explanations that I ever had
Will look into this
WOW...just wow
will this go on a new FP3 catagory on ur website?
Yes. Work will start on this very shortly.
Sir, What is that software you used to show the 3d figures?
brilliant!
thanks!
this has helped me somewhat
Good.
4 hands??? No wonder you're amazing
Hi, how do i solve the equation of plane passing through a point with a normal parallel to a vector?
Have you checked this out? www.examsolutions.net/tutorials/cartesian-form-of-a-plane/?level=A-Level&board=Edexcel&module=Further%20Pure%201%20A-Level&topic=8148
U are a good teacher 😗very clear explanation
Thanks for watching
ExamSolutions thanks for helping me a lot. I am non English speaker but I can still understand your explanation. Thanks again 😁
that man has so many hands. he's ma champ hehe
Can someone please explain whether the two vectors s and t can be parallel to the plane. And if no then why
what application are you using to create these videos?
Its what I've been asking him, but he hasn't revealed its name!
👍👍👍👍
great explanation even better than the khan academy
how do you have so many hands...
The confusing part of this topic, to me, is the fact that while A is a position vector from the origin; the vectors s and t are not positional vectors from the origin even though they have taken the same format as A. For s and t to be on the plane, they each must represent the difference of two positional vectors from the origin. I hope my understanding is correct. It is the only way that will make sense to me. Hope you can comment on it.
Bro this made me fall asleep
maybe you should add these planes videos on MEI C4 since it is literally the same.
But greats videos, you sir definitely helped me with getting A's in quite a few different modules. 100 in C1 and M1
Thanks a lot!
is Parametric and Cartesian Equation mean the same ?
Nope
Cartesian equation is a different representation of equation of a line (vector)
Whereas parametric equations is a subtopic of differentiation
.....
Sesky.
my brain is shit doesn't understand :(
I want to give you money.
Any donation to help support my running costs is always appreciated. www.examsolutions.net/donation/