Use determinant to calculate the area of a parallelogram with the following vertices: A = [4,4] B = [10, 12] C = [13, 8] D = [7,0] Enter your answer: 14 12- 10 8 6 4 2 0 -2 2 A 6 D 8 B 10 12 C 14

Advanced Engineering Mathematics
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ISBN:9780470458365
Author:Erwin Kreyszig
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Chapter2: Second-order Linear Odes
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**Exercise: Calculate the Area of a Parallelogram Using Determinants**

Use the determinant to calculate the area of a parallelogram with the following vertices:

\[ A = [4, 4] \]  
\[ B = [10, 12] \]  
\[ C = [13, 8] \]  
\[ D = [7, 0] \]

**Question:** Enter your answer:

[Answer Box]

**Graph Explanation:**

The graph on the right illustrates a parallelogram plotted on a coordinate plane. The vertices are clearly marked and labeled:

- **A** at (4, 4)
- **B** at (10, 12)
- **C** at (13, 8)
- **D** at (7, 0)

The parallelogram is shaded in orange and outlined in red, making its shape and position easy to identify. The gridlines provide a reference to understand the scale and position of each vertex. The x-axis ranges from -2 to 14, and the y-axis ranges from -2 to 14.
Transcribed Image Text:**Exercise: Calculate the Area of a Parallelogram Using Determinants** Use the determinant to calculate the area of a parallelogram with the following vertices: \[ A = [4, 4] \] \[ B = [10, 12] \] \[ C = [13, 8] \] \[ D = [7, 0] \] **Question:** Enter your answer: [Answer Box] **Graph Explanation:** The graph on the right illustrates a parallelogram plotted on a coordinate plane. The vertices are clearly marked and labeled: - **A** at (4, 4) - **B** at (10, 12) - **C** at (13, 8) - **D** at (7, 0) The parallelogram is shaded in orange and outlined in red, making its shape and position easy to identify. The gridlines provide a reference to understand the scale and position of each vertex. The x-axis ranges from -2 to 14, and the y-axis ranges from -2 to 14.
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