![Question Video: Using the Modulus and Argument to Calculate Powers of Complex Numbers in Algebraic Form | Nagwa Question Video: Using the Modulus and Argument to Calculate Powers of Complex Numbers in Algebraic Form | Nagwa](https://media.nagwa.com/485173589327/en/thumbnail_l.jpeg)
Question Video: Using the Modulus and Argument to Calculate Powers of Complex Numbers in Algebraic Form | Nagwa
![SOLVED: 2a. Consider the complex numbers Z1 = 1 + √3i, Z2 = 1 + i, and w = 4Z2. By expressing Z1 and Z2 in modulus-argument form, write down the modulus SOLVED: 2a. Consider the complex numbers Z1 = 1 + √3i, Z2 = 1 + i, and w = 4Z2. By expressing Z1 and Z2 in modulus-argument form, write down the modulus](https://cdn.numerade.com/ask_previews/aea65624-f011-4c41-9ca2-d1aa08826639_large.jpg)
SOLVED: 2a. Consider the complex numbers Z1 = 1 + √3i, Z2 = 1 + i, and w = 4Z2. By expressing Z1 and Z2 in modulus-argument form, write down the modulus
![A complex number in the form is said to be in Cartesian form Complex numbers What is ? There is no number which squares to make -1, so there is no 'real' - A complex number in the form is said to be in Cartesian form Complex numbers What is ? There is no number which squares to make -1, so there is no 'real' -](https://images.slideplayer.com/29/9452476/slides/slide_3.jpg)
A complex number in the form is said to be in Cartesian form Complex numbers What is ? There is no number which squares to make -1, so there is no 'real' -
![Find the modulus and argument of the following complex numbers and hence express each of them in polar form: - 1 + √(3) i Find the modulus and argument of the following complex numbers and hence express each of them in polar form: - 1 + √(3) i](https://d1hj4to4g9ba46.cloudfront.net/questions/1972889_1708895_ans_27af74d3986e42b5bf4831ef40a7915c.jpeg)