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This is the only argument i lose sadly

Thank you.

Thank you sir ❤

Thanks so much.

thank u👍

thanks very helpful

Vikram says thank you geoff

What if arg(z-12)

thanks sir

Thank you!!

「コンテンツを調整する必要があります」、

I have been trying to understand the process behind finding out the least and greatest value of Arg(z) using sin and tan! At least I can see it here! Well explained with funny Australian accent!

I am sooooo grateful to you for this video! It helped me a lot)

Mann, you're a legend! Couldn't find this tutorial anywhere else. God Bless You.

Thank you sir for providing explanation which is straight to the point

I hate physics

well, no, if we were using a calculator we won't be watching this video anyways. misleading title

saving the sanity of students everywhere, even years later ;-;

Holy shit, this video made this shit look so much more easier!

Wish I had watched this earlier, an almost identical question came up in my exams this week, and I had no clue how to answer it

Really helpful

great video!

thnks

Very helpful, thank you

Amazing video thanks

I have an exam today. Damn. This helps

God bless you

thanks you so much, i couldn't find a good explanation anywhere else. you make it sound so simple!

Thank you very much👍👍

😘🙏👳🏿‍♂️cheers Bub

Easy and clear. Thank you!

Not clear

So useful!!

Love from India ❤

Thankyou! Only video I could find that was simple and explained so well

Thank you very much ;)

this video is clear and to the point. very good thank you

Thank you

It is also a way to use analitic-geometry tool and find the y=mx line that is tangent to this circle. Then tan(alpha)=m

Thanks alot

That's a really good explanation. Thank you!

Very helpful.

Thanks for this, its helped me a bunch

How do you do this manually?

First

First

First again

First

What? You did Cartesian form to vector and not the other way around, hence all the dislikes.

Thanks