How is the product of a complex number and a real number represented on the coordinate plane? When 6 + 4i is multiplied by 3, the result is 18+ 12i. Graphically, this shows that the product is a scalar and a 90° clockwise rotation of the complex number. O When 6 + 4i is multiplied by 3, the result is 18+ 12i. Graphically, this shows that the product is a 90° counterclockwise rotation of the complex number. When 6 + 4i is multiplied by 3, the result is 18+ 12i. Graphically, this shows that the product is a scalar of the complex number. When 6 + 4i is multiplied by 3, the result is 18 + 12i. Graphically, this shows that the product is a scalar and a 90° counterclockwise rotation of the complex number.
How is the product of a complex number and a real number represented on the coordinate plane? When 6 + 4i is multiplied by 3, the result is 18+ 12i. Graphically, this shows that the product is a scalar and a 90° clockwise rotation of the complex number. O When 6 + 4i is multiplied by 3, the result is 18+ 12i. Graphically, this shows that the product is a 90° counterclockwise rotation of the complex number. When 6 + 4i is multiplied by 3, the result is 18+ 12i. Graphically, this shows that the product is a scalar of the complex number. When 6 + 4i is multiplied by 3, the result is 18 + 12i. Graphically, this shows that the product is a scalar and a 90° counterclockwise rotation of the complex number.
Trigonometry (MindTap Course List)
10th Edition
ISBN:9781337278461
Author:Ron Larson
Publisher:Ron Larson
Chapter4: Complex Numbers
Section4.3: The Complex Plane
Problem 49E
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How is the product of a complex number and a real number represented on the coordinate plane?
Transcribed Image Text:How is the product of a complex number and a real number represented on the coordinate plane?
When 6 + 4i is multiplied by 3, the result is 18 + 12i. Graphically, this shows that the product is a scalar and a 90° clockwise
rotation of the complex number.
O
When 6 + 4i is multiplied by 3, the result is 18 + 12i. Graphically, this shows that the product is a 90° counterclockwise
rotation of the complex number.
When 6 + 4i is multiplied by 3, the result is 18 + 12i. Graphically, this shows that the product is a scalar of the complex
number.
When 6 + 4i is multiplied by 3, the result is 18 + 12i. Graphically, this shows that the product is a scalar and a 90°
counterclockwise rotation of the complex number.
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