Change the following complex numbers to Cartesiasn form: ` 5(cos270^0 + i sin 270^0) `

Change the following complex numbers to Cartesiasn form: 2(cos0^0+isin0^0)

Change the following complex numbers to Cartesiasn form: 2(cos0^0+isin0^0)

Change the following complex numbers to Cartesiasn form: 4(cos300^0+isin300^0)

Change the following complex numbers to Cartesiasn form: 4(cos300^0+isin300^0)

Write down the following complex number in polar form: Quotient of 12 (cos 150^0 + i sin 150^0) and 3(cos 60^0+i sin 60^0)

Write down the following complex number in polar form: Product of 2(cos30^(@)+i sin30^(@)) and 3(cos90^(@)+i sin90^(@))

Write down the following complex number in polar form: Quotient of 12(cos150^(@)+i sin150^(@)) and 3(cos60^(@)+i sin60^(@))

Find polar representation for the following complex numbers: z_(3)=cos a+sin a+i(sin a-cos a),a in sin[0,(pi)/(4)]

Change the complex number 4(cos 300^(@) + i sin 300^(@)) to cartesian form

Arrange the following numbers in descending order: 925, 786, 1100, 141, 325, 886, 0, 270