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What Techniques Can We Use to Accurately Graph Trigonometric Functions?

To create clear graphs of trigonometric functions, you can use some helpful methods:

  1. Important Features:

    • Amplitude: In the equation y=Asin(Bx+C)+Dy = A \sin(Bx + C) + D, the amplitude is the absolute value of AA. This tells us how tall the waves will be.
    • Period: The period shows how long it takes for the wave to repeat. You can find it using the formula 2πB\frac{2\pi}{|B|}.
    • Phase Shift: This tells you how much the wave moves left or right. It's found with CB-\frac{C}{B}.
    • Vertical Shift: This is how much the wave moves up or down, and it's based on the value of DD.
  2. Making a Table:

    • Create a table with important angles like 00, π6\frac{\pi}{6}, π4\frac{\pi}{4}, π3\frac{\pi}{3}, and π2\frac{\pi}{2}. Use these angles to find the matching yy values.
  3. Plotting Points:

    • Take the points from your table and plot them on a coordinate plane. Remember to keep the waves balanced because they have a repeating pattern.

By using these methods, you can create accurate and clear graphs of trigonometric functions!

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What Techniques Can We Use to Accurately Graph Trigonometric Functions?

To create clear graphs of trigonometric functions, you can use some helpful methods:

  1. Important Features:

    • Amplitude: In the equation y=Asin(Bx+C)+Dy = A \sin(Bx + C) + D, the amplitude is the absolute value of AA. This tells us how tall the waves will be.
    • Period: The period shows how long it takes for the wave to repeat. You can find it using the formula 2πB\frac{2\pi}{|B|}.
    • Phase Shift: This tells you how much the wave moves left or right. It's found with CB-\frac{C}{B}.
    • Vertical Shift: This is how much the wave moves up or down, and it's based on the value of DD.
  2. Making a Table:

    • Create a table with important angles like 00, π6\frac{\pi}{6}, π4\frac{\pi}{4}, π3\frac{\pi}{3}, and π2\frac{\pi}{2}. Use these angles to find the matching yy values.
  3. Plotting Points:

    • Take the points from your table and plot them on a coordinate plane. Remember to keep the waves balanced because they have a repeating pattern.

By using these methods, you can create accurate and clear graphs of trigonometric functions!

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