match each equation to the corresponding graph g 1 s=4sin (20) 2 = 6 cos e...
Match each given vector equation with the corresponding curve. y4 0 b a (0, 1,0) (1,0,0 , 1,0 d C 2 A (0,0. 2 y- r(t)= (, ? r(t) (sin (t),t) r (t) (t, cos (2t), sin (2t)) ? v r (t) (1 +t,3t,-t) r (t) (t)i-cos (t)j+sin (t) k =COS r(t)=i+tj+k r(t) i+tj+2k r(t)= (1,cos (t).2sin (t) Match each given vector equation with the corresponding curve. y4 0 b a (0, 1,0) (1,0,0 , 1,0 d C 2 A...
convert to radians 5) γ 4cos (2θ-5) r 3 (sin(e - 2))2 + 4 cos(20-5) r-6(sin(9-2))2 + 4 cos(2e-5) 9(sin(9-2))2 + 4 cos(2e-5) r 12(sin(e - 2))2 +4 cos(20 5) 5) γ 4cos (2θ-5) r 3 (sin(e - 2))2 + 4 cos(20-5) r-6(sin(9-2))2 + 4 cos(2e-5) 9(sin(9-2))2 + 4 cos(2e-5) r 12(sin(e - 2))2 +4 cos(20 5)
Match each function with its graph. Give reasons for your choices. 1. / (x,y) = 1 +sin y 2. S (x,y)= 4-r - 4. S (x,y) - In (x2 + y2 + 1) 5. S (x,y)=x? / 3. S (x,y) = cos(x + y) 6. f(x,y) = xy 0 55 0X A 10 800
(a) Label each of the polar equations with the corresponding graphs labeled I-III, or mark None' if the graph of the equation is not shown. Justify your answers. 1. r = 62, 0 <O< 167 2. r= 2+ sin(30) 3. r = 2 cos(0) 4. r= 1 + 2 cos(0) I II III pilot (b) Set up (but do not compute) the integral to determine the area of the shaded region bounded by the curve in polar coordinates. X r...
Please match the graphs to the equations. thank you In Problems 29–36, match each of the graphs (A) through (H) to one of the following polar equations 29. r = 2 30. 0 = 31. r = 2 cos 32. rcos = 2 tia 3 33. r = 1 + cos 34. r = 2 sin 35. = 36. r sin = 2 4 TI = 51 27 (A) (B) (D) oo, --- (F) (E) (G) (H)
Let a sin 20 Cos² - sinza a. Determine the cartesian equation for r. b. Graph the equation of r when a=2.
. Write each polar equation in rectangular coordinates and graph. a. r= 2 cos e b. r = - uri
Match each function to its corresponding anti-derivative. cos(3x) [Choose] cos(x/3) [Choose] In(x) [Choose] 1/x [Choose] sin(x) [Choose]
please show calculations Solve the equation on the interval 0 s < 2t. 1) 2 cos 0+32 2) tan2 = 3 3) 2 sin2 = sino show calculation please 4) 2 cos2 - 3 cos 0+1=0 5) sin2 - Cos2 0 = 0 Simplify the expression 6) + tan e 1+ sin e cose 7) (1 + cot e)(1-cote) -sce Establish the identity. 8) (sin x)(tan x cos x - cotx cos x) = 1 - 2 cos2x 9) (1...
Directions: In 1-6, determine the polar form of the given rectangular equation. [1] 36x² + 36y² = 3600 A. = 360° B. r= 100 C. r=-10 D. r = 36 E. none of these [2] 16x - 5y = 20 A r = 16 -5cos + 20 sine B. r = -5 20cos + 16 sin c. r = 20 16 cos 0 - 5sine D. = tan 16 5 272.646° E. none of these [3] y = x A....