@rea.guitar4 years agoDude thank you so much for this! I was having a hard time understanding it the way my book taught, but you explained it very clearly! 45
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@joshternyak87523 years agoDude, I can't explain how thankful I am for this video. I watched videos on the same topic on Khan Academy but was clueless as to how to write a complex number in polar form. After watching this video, I finally understand this topic. Thank you! I subscribed! ...11
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@philipjohn1338last monthHey Bro, I don't know if you read the comments but I wanna say thanks for posting free content.
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@thandolwenkosimheta13763 years agoThis is by far the simplest explanation of the concept I have seen so far ...thank you 4
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@colorx60304 months agoWoah, that's kinda funny and interesting. Euler's formula, which I've hear so much about, can actually be derived from just Pythagorean theorem. Cool 1
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@seeps4893 years agoI kid you not my lecture spent made a 30 mins video explaining this and I still didn't get it! Thanks man you a life saver.
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@TheBigstve2 years agoStudying for my HND electrical this is straight to point and very informative. 1
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@adeebhamidy75642 years agowow dude, this was amazing. It was explained so much clearly. finally after watching so many videos i could underestand it from your lecture. Thank You So Much ❤❤ 1
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@samric20004 months agoman you are great , i cant thank you enough 1
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@rockieRAGE1174 years agoGreat clear video. So when you are doing cos(theta) + isin(theta), that's what Euler's formula is right?
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@BlueGuardian3 years agoI was under the impression that r(cos(theta)+isin(theta)) was rectangular form, and that r<theta was polar. Is this only the case with sinusoidal functions? Thanks :D
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@pawelsokolowski2 years agoThanks for the video! Any idea how to write (1+i)^2n+(1-i)^2n in polar form ? 1
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@jbmotors50364 years agoVery helpful video! So easy to follow, made learning very simple. Thank you. (Really helped me in my Engineering Exam) :)
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@afiqdanial93983 years agocan i ask something ? , after we shift tan theta do we still need to minus with pie in order to get theta in polar form? i get confused there
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@akashkhunt41913 years agoIs the plus sign in complex number (in polar & cardinal) just a representation? Is there a single value answer for this representation?
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@floddertjepeet54154 years agoDoes it work differently if both a and b are negative?
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@rsxryzen86292 years agoHey bruv. Its a dumb question but im really poor at math. How do you enter tan-1(3/2) And get 0.983
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@capjus3 years agoBut using e to the power.. isnt that also called polar form?? 1
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@amjadkhamis732 years agoTan¹(³/²)=56.30993247 This is what I found in my calculator 1
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@rea.guitar4 years agoDude thank you so much for this! I was having a hard time understanding it the way my book taught, but you explained it very clearly! 45
@
@joshternyak87523 years agoDude, I can't explain how thankful I am for this video. I watched videos on the same topic on Khan Academy but was clueless as to how to write a complex number in polar form. After watching this video, I finally understand this topic. Thank you! I subscribed! ...11
@
@philipjohn1338last monthHey Bro, I don't know if you read the comments but I wanna say thanks for posting free content.
@
@thandolwenkosimheta13763 years agoThis is by far the simplest explanation of the concept I have seen so far ...thank you 4
@
@colorx60304 months agoWoah, that's kinda funny and interesting. Euler's formula, which I've hear so much about, can actually be derived from just Pythagorean theorem. Cool 1
@
@seeps4893 years agoI kid you not my lecture spent made a 30 mins video explaining this and I still didn't get it! Thanks man you a life saver.
@
@TheBigstve2 years agoStudying for my HND electrical this is straight to point and very informative. 1
@
@adeebhamidy75642 years agowow dude, this was amazing. It was explained so much clearly. finally after watching so many videos i could underestand it from your lecture. Thank You So Much ❤❤ 1
@
@samric20004 months agoman you are great , i cant thank you enough 1
@
@rockieRAGE1174 years agoGreat clear video. So when you are doing cos(theta) + isin(theta), that's what Euler's formula is right?
@
@BlueGuardian3 years agoI was under the impression that r(cos(theta)+isin(theta)) was rectangular form, and that r<theta was polar. Is this only the case with sinusoidal functions? Thanks :D
@
@pawelsokolowski2 years agoThanks for the video! Any idea how to write (1+i)^2n+(1-i)^2n in polar form ? 1
@
@jbmotors50364 years agoVery helpful video! So easy to follow, made learning very simple. Thank you. (Really helped me in my Engineering Exam) :)
@
@afiqdanial93983 years agocan i ask something ? , after we shift tan theta do we still need to minus with pie in order to get theta in polar form? i get confused there
@
@akashkhunt41913 years agoIs the plus sign in complex number (in polar & cardinal) just a representation? Is there a single value answer for this representation?
@
@floddertjepeet54154 years agoDoes it work differently if both a and b are negative?
@
@rsxryzen86292 years agoHey bruv. Its a dumb question but im really poor at math. How do you enter tan-1(3/2) And get 0.983
@
@capjus3 years agoBut using e to the power.. isnt that also called polar form?? 1
@
@amjadkhamis732 years agoTan¹(³/²)=56.30993247 This is what I found in my calculator 1
Related videos for How to write a complex number in polar form:
(Really helped me in my Engineering Exam) :)
Its a dumb question but im really poor at math.
How do you enter tan-1(3/2)
And get 0.983
This is what I found in my calculator 1
(Really helped me in my Engineering Exam) :)
Its a dumb question but im really poor at math.
How do you enter tan-1(3/2)
And get 0.983
This is what I found in my calculator 1