less than or equal to theta less than or equal to≤θ≤
2 pi2π
domain \theta Maximum:
12
Expression 13: "r" equals negative 3.4sine 2 theta left brace, 0 less than theta less than StartFraction, pi Over 4 , EndFraction , right bracer=−3.4sin2θ0<θ<π4
00
domain \theta Minimum:
less than or equal to theta less than or equal to≤θ≤
pi / 4π/4
domain \theta Maximum:
13
Expression 14: "r" equals negative 3.4sine 2 theta left brace, StartFraction, 7 pi Over 4 , EndFraction less than theta less than 2 pi , right bracer=−3.4sin2θ7π4<θ<2π
7 pi / 47π/4
domain \theta Minimum:
less than or equal to theta less than or equal to≤θ≤
2 pi2π
domain \theta Maximum:
14
Expression 15: "r" equals negative 2.5co secant theta left brace, StartFraction, pi Over 4 , EndFraction less than theta less than StartFraction, 3 pi Over 4 , EndFraction , right bracer=−2.5cscθπ4<θ<3π4
pi / 4π/4
domain \theta Minimum:
less than or equal to theta less than or equal to≤θ≤
3 pi / 43π/4
domain \theta Maximum:
15
Expression 16: "r" equals negative cosine 3 theta minus 5r=−cos3θ−5
00
domain \theta Minimum:
less than or equal to theta less than or equal to≤θ≤
2 pi2π
domain \theta Maximum:
16
Expression 17: "r" equals cosine 3 theta minus 5r=cos3θ−5
00
domain \theta Minimum:
less than or equal to theta less than or equal to≤θ≤
2 pi2π
domain \theta Maximum:
17
Expression 18: "r" equals sine 3 theta negative 5r=sin3θ−5
00
domain \theta Minimum:
less than or equal to theta less than or equal to≤θ≤
2 pi2π
domain \theta Maximum:
18
Expression 19: "r" equals negative sine 3 theta negative 5r=−sin3θ−5
00
domain \theta Minimum:
less than or equal to theta less than or equal to≤θ≤
2 pi2π
domain \theta Maximum:
19
Expression 20: "r" equals sine thetar=sinθ
00
domain \theta Minimum:
less than or equal to theta less than or equal to≤θ≤
