The Argument of a Complex Number

[@CoupleGoals-CG]

one of the best math tutors i've ever seen.
You made this way simpler man thank you

[@sekyanziaiden4218]

I thought an argument has Theta not exceeding 180

[@annestacyawuor8421]

That applies in principle arguments

[@livvielov]

Wow I was getting this wrong every single time I wasn't doing inverse tan which is so obvious I want to scream

[@ananyaguptabhaya5515]

Heartily thanks for the greatest explanation ❤

[@sleepy4546]

Your voice sounds like the spiderman from spiderman into the spiderverse 😅

[@nguyenlytramy3180]

i don't understand for the first question z = 3-3i, isn't the angle supposed to be -45 instead of 45???

[@meryemciftci2554]

okay, I got that in most of the cases we are taking the angle in between 0 an 2pi. What if I want to take the angle in between -pi and pi? What should I take into consideration? Thanks for the video btw

[@mahamedaadam]

Amazing teacher tnx from somalia

[@Kyrohnics]

How are you able to find the reference angles and the pie answers? I may have missed this lesson before

[@princess5692]

Thanks from deep my heart 💜

[@aaronayubasamaila8821]

For Z = -7i, I think the argument is π/2 not 3π/2 because the tan inverse of 7/0 is infinity and tan inverse of infinity is π/2.

[@alfredagyei7495]

Please, the answer is correct but if you want to read the angle clockwise then you have to negate it

[@shirishasama]

Pie /2 is principal argument which lies between -pie to +pie where 3pie /2 is general argument

[@lindalalnunpuiiguite3797]

It is so clear,thanks for uploading this vedio

[@RahibulAzizAnam2002]

Thank you so much

[@Proudmuslimah123]

👏👏👏👏👏 you're a gem 🙂

[@gelaniguila6712]

The third on is incorrect

[@songohan393]

the formula says: arg(a+bi)= arctan(b/a) so arg(2i) should not be possible but it is 90°. So does this formula work or not ?

[@axisgaol2231]

Why it shouldn't be possible ? It is clear that tangent graph has a positive and negative infinite value.

[@natnaelkefyalew2363]

God bless 🙏

[@potofcandies]

Wrong solution given for question one.. I didn't have to continue watching the rest, students beware

[@JavedKhan-me3ot]

Thanks dear sir I admire your explaination.

[@dashratgaykwad7013]

Thanks a lot sir , very nice , please other topic uploaded a video....😅😄😄😄

[@cliffordash9738]

thanks for this, sir

[@CoupleGoals-CG]

You deserve a like and sub

[@Sophiliatea]

Thank you for drawing it out on the coordinate plane. Nice and thorough explanation

[@swethabn578]

Sir ,
How will you decide a refrence angle

[@sharathbalachandra9495]

The reference angle is an acute angle between the x axis and the terminal side of the complex number.

[@naderyhy1125]

u r the best man thnx

[@InfamousBananaGoblin]

Don't you love it when someone who's teaching you how to do something takes a shortcut and doesn't explain why or how they were able to do that? Horrible explanation thanks

[@plextrang9277]

you're just dumb

[@G_4J]

He literally explains it

[@InfamousBananaGoblin]

if by literally you mean not at all

[@G_4J]

@@InfamousBananaGoblin he says that the argument is the angle of the complex number in polar form as he does the first problem

[@yakshrajsingh8121]

This was a perfect video. Your comment just goes on to show that you dont even have 5th grade math knowledge. Dont expect an online tutorial to fix your dumbness, they aren't your paid labourers or employees

[@giftkikuyo3551]

excellent!
thanks alot...

[@luisnazareth9193]

Thanks a lot sir

[@blakshmipriya8517]

Thanks...

[@desiremanceraslopez1579]

「こんなにいいとは思えない」、

[@kafkatotheworld]

HOLY SHIT I GOT IT

[@soumyadeephalder1123]

Whey the is no 144 p qualify

[@peacefulocean5109]

perfect

[@bluexe]

Thanks a lot..

[@thai4399]

esiy

[@wlatakanearam8306]

ب