• #### Multiplying and DIviding with Mixed Numbers - Concept

##### Math›Pre-Algebra›Fractions and MIxed Numbers
Multiplying or dividing with mixed numbers
Tags:
• #### More Roots of Complex Numbers - Problem 1

##### Math›Precalculus›Polar Coordinates and Complex Numbers
How to use four guidelines to find the sixth roots of a complex number, and how to identify the geometric properties of the roots.
• #### Addition and Subtraction with Mixed Numbers - Problem 2

##### Math›Pre-Algebra›Fractions and MIxed Numbers
Word problem involving adding mixed numbers
Tags:
• #### Finding the Roots of a Complex Number - Problem 1

##### Math›Precalculus›Polar Coordinates and Complex Numbers
How to use DeMoivre's Theorem to compute the fourth roots of a complex number, 16 and -16.
• #### Finding the Roots of a Complex Number - Problem 3

##### Math›Precalculus›Polar Coordinates and Complex Numbers
How to use DeMoivre's Theorem and the half-angle formulas to compute the cube roots of a complex number, 7+24*i.
• #### More Roots of Complex Numbers - Concept

##### Math›Precalculus›Polar Coordinates and Complex Numbers
How to find the roots of a complex number quickly using four simple guidelines.
• #### Converting Improper Fractions and Mixed Numbers - Problem 2

##### Math›Pre-Algebra›Fractions and MIxed Numbers
Rewriting a mixed number as an improper fraction
Tags:
• #### Multiplying and DIviding with Mixed Numbers - Problem 1

##### Math›Pre-Algebra›Fractions and MIxed Numbers
Multiplying mixed numbers by re-writing them as improper fractions first
Tags:
• #### Multiplying and DIviding with Mixed Numbers - Problem 2

##### Math›Pre-Algebra›Fractions and MIxed Numbers
Dividing mixed numbers by first re-writing them as improper fractions
Tags:
• #### Converting Complex Numbers From Trigonometric Form to Rectangular - Concept

##### Math›Precalculus›Polar Coordinates and Complex Numbers
How to convert a complex number from trigonometric form to rectangular form.
• #### Multiplying Complex Numbers - Problem 2

##### Math›Precalculus›Polar Coordinates and Complex Numbers
How to find the product of two complex numbers in rectangular form, z1 = 3 + 3*i and z2 = 1 + i*root(3), by converting them to trigonometric form.
• #### Converting Complex Numbers From Rectangular Form to Trigonometric - Concept

##### Math›Precalculus›Polar Coordinates and Complex Numbers
How to convert a complex number from rectangular form to trigonometric form.
• #### Converting Complex Numbers From Trigonometric Form to Rectangular - Problem 3

##### Math›Precalculus›Polar Coordinates and Complex Numbers
How to convert a complex number from trigonometric form to rectangular form.
• #### Converting Complex Numbers From Trigonometric Form to Rectangular - Problem 1

##### Math›Precalculus›Polar Coordinates and Complex Numbers
How to convert a complex number from trigonometric form to rectangular form.
• #### Converting Complex Numbers From Rectangular Form to Trigonometric - Problem 1

##### Math›Precalculus›Polar Coordinates and Complex Numbers
How to convert a complex number from rectangular form to trigonometric form.
• #### The Complex Plane - Concept

##### Math›Precalculus›Polar Coordinates and Complex Numbers
How to plot complex numbers on the complex plane.
• #### Introduction to Real Numbers - Problem 1

##### Math›Algebra 2›Real Numbers
How to define the absolute value.
• #### Converting Complex Numbers From Rectangular Form to Trigonometric - Problem 2

##### Math›Precalculus›Polar Coordinates and Complex Numbers
How to convert a complex number from rectangular form, z = -10, to trigonometric form.
• #### Converting Complex Numbers From Rectangular Form to Trigonometric - Problem 3

##### Math›Precalculus›Polar Coordinates and Complex Numbers
How to convert a complex number from rectangular form to trigonometric form.