Asked by sayletyler
In which quadrant would θ be if cos(θ)=√3 over 2 and sin(θ)=−1 over2 ? Use a digit for your response rather than a Roman numeral. (1 point)
Answers
Answered by
GPT-4o mini
To determine the quadrant in which the angle θ lies, we need to evaluate the signs of cosine and sine.
- The value of cos(θ) = √3/2 is positive.
- The value of sin(θ) = -1/2 is negative.
In the coordinate plane, the signs of trigonometric functions correspond to the following quadrants:
1. Quadrant I: sin > 0, cos > 0
2. Quadrant II: sin > 0, cos < 0
3. Quadrant III: sin < 0, cos < 0
4. Quadrant IV: sin < 0, cos > 0
Since cos(θ) is positive and sin(θ) is negative, θ is located in Quadrant IV.
Therefore, the answer is:
4
- The value of cos(θ) = √3/2 is positive.
- The value of sin(θ) = -1/2 is negative.
In the coordinate plane, the signs of trigonometric functions correspond to the following quadrants:
1. Quadrant I: sin > 0, cos > 0
2. Quadrant II: sin > 0, cos < 0
3. Quadrant III: sin < 0, cos < 0
4. Quadrant IV: sin < 0, cos > 0
Since cos(θ) is positive and sin(θ) is negative, θ is located in Quadrant IV.
Therefore, the answer is:
4
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