Use De Moivre’s Theorem to find power of complex number (1+ i)^4. Standard form Published 2021-08-19 Download video MP4 360p Download video MP4 720p Recommendations 02:54 Use De Moivre’s Theorem to find the power of complex number sqrt(2)(cos 10 + i sin 10)^(-6). 12:26 DeMoivre's theorem with How to Write Complex Numbers in Polar Form 18:22 De Moivre’s Theorem – powers of complex numbers 1:04:47 Complex Numbers In Polar - De Moivre's Theorem 06:22 Find all solutions of the fourth root of -16. De Moivre’s Theorem. Complex roots 44:06 De-movier's Theorem-Complex Numbers 11:27 How to Find the nth Roots of a Complex Number with the Formula 20:05 Finding Complex Roots | DeMoivre's Theorem 33:16 Complex Numbers 5 - De-Moivre’s Theroem #complexnumbers #demoivrestheorem #jonahemmanuel 09:58 Using de Moivre's Theorem - Example (2) : ExamSolutions Maths Revision Tutorials 08:50 Evaluating (1+i)ⁱ | A Very Complex Number? 10:55 How to Find the Cube Roots of a Complex Number Example with -1 + sqrt(3)*i 05:11 Proof of De Moivre's theorem by mathematical induction 10:22 07b - Roots of Complex Numbers using De Moivre's Theorem | De Moivre's Theorem Problems 10:52 POLAR form of a Complex Number. 04:08 Complex Number to a Power Using DeMoiver's Theorem 08:24 De Moivre's Theorem 12:40 How to Find the Domain of Any Function (NancyPi) 09:42 Complex Numbers - Exponential Form Examples : ExamSolutions Maths Tutorials Similar videos 05:18 Use De Moivre’ Theorem to find power of complex number (1 - sqrt(3) i)^(-10). Standard Form 08:50 4. e) (1 + 𝒊 )²⁰ f) (–1 + 𝒊)¹⁴ Apply De Moivre's Theorem to compute. e) (1+i)^20 f) (-1+i)¹⁴ 💥🌻 02:18 DeMoivre's Theorem: Raising a Complex Number to a Power, Ex 1 02:05 Use De Moivre’s Theorem to find power of complex number (cos pi/6 + i sin pi/6)^3. Standard form 12:00 Powers of Complex Numbers, De Moivre's Theorem pg 141, pt 1 04:39 Using de Moivre - rectangular form 02:56 Use De Moivre’s Theorem to find power of complex number (cos 5 + i sin 5)^6. Standard form 21:17 Ch. 8.4 De Moivre’s Theorem; Powers and Roots of Complex Numbers 04:28 Proving √(-1)=i using De Moivre's Theorem 19:38 De Moivre's Theorem (Getting powers of complex numbers) 09:48 Use De Moivre's Theorem to write expressions in standard form 11:59 Alg3 , 7.5.9 , DeMoivre's Theorem for raising complex numbers to powers More results