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Karteikarten

Trigonometery

Steve McQueen Englisch 5,0Durchschnittliche Bewertung 5,0 von 5 (1 Bewertung) 6 Karten

Trigonometery

Karten in diesem Stapel (6)

  1. 1What is the equation of the polar equation shown below?r=a*cos(nθ)
    a is the maximum distance from center to outside
    n is the number of petals, (remember to divide by a first)
    r=2cos(4θ)
    What is the equation of the polar equation shown below?
  2. 2Convert the polar equation below to an equation in rectangular form. r=3csc θConvert the polar equation below to an equation in rectangular form. r=3csc θ
  3. 3Use the given rectangular coordinate to find a polar coordinate such that r < 0 and 0 < θ < 2πUse the given rectangular coordinate to find a polar coordinate such that r &lt; 0 and 0 &lt; θ &lt; 2π
  4. 4Convert the polar coordinate given below to exact rectangular form (6, 7π/4)Convert the polar coordinate given below to exact rectangular form (6, 7π/4)
  5. 5Convert the rectangular equation below to an equation in polar form and solve for r. y = 3x -5Remember: x = rcosθ y = rsinθ, thus plug
    y = 3x - 5
    rsinθ = 3(rcosθ)-5
    rsinθ -3rcosθ = -5
    r (sinθ -3cosθ) = -5
    r = -5/(sinθ - 3cosθ)
  6. 6Write the complex number given below in exact polar formWrite the complex number given below in exact polar formWrite the complex number given below in exact polar form

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Beschreibung
Karteikarten am Trigonometery, erstellt von Steve McQueen am 08/12/2017.
Erstellt von
Steve McQueen
Aufrufe
36
Bewertung
Durchschnittliche Bewertung 5,0 von 5 (1 Bewertung)

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