A hovercraft boat travels for one hour. Its path after one hour can be modeled as the vector V =(-7, - 50) Part A: The direction angle will be in which of the following quadrants? o. Quadrant I: 0° <0< 90° b. Quadrant II: 90° < 0 < 180° c Quadront III: 180° < 0 < 270° d. Quadrant IV: 270° < 0 < 360° Part B: How far has the ship traveled in one hour? Show all work. Part C: What is the direction angle of the boat's path? Show all work for finding 0.
A hovercraft boat travels for one hour. Its path after one hour can be modeled as the vector V =(-7, - 50) Part A: The direction angle will be in which of the following quadrants? o. Quadrant I: 0° <0< 90° b. Quadrant II: 90° < 0 < 180° c Quadront III: 180° < 0 < 270° d. Quadrant IV: 270° < 0 < 360° Part B: How far has the ship traveled in one hour? Show all work. Part C: What is the direction angle of the boat's path? Show all work for finding 0.
A hovercraft boat travels for one hour. Its path after one hour can be modeled as the vector V =(-7, - 50) Part A: The direction angle will be in which of the following quadrants? o. Quadrant I: 0° <0< 90° b. Quadrant II: 90° < 0 < 180° c Quadront III: 180° < 0 < 270° d. Quadrant IV: 270° < 0 < 360° Part B: How far has the ship traveled in one hour? Show all work. Part C: What is the direction angle of the boat's path? Show all work for finding 0.
The direction of the angle is going to be in Quadrant III
Part B: How far has the ship traveled in one hour? Show all work.
Figure in plane geometry formed by two rays or lines that share a common endpoint, called the vertex. The angle is measured in degrees using a protractor. The different types of angles are acute, obtuse, right, straight, and reflex.
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