as X varies from 0 radians to (π/12) radians
Evaluate 4 cot – 3x csc 4x dx.
Evaluate the following: csc(x) cot(x) dx i) s 2-csc (x) ii) S x sin(4x) iii) 6. x sin(x2) dx iv) x x + 3y = 3
Choose the best answer: S. dx X V16-9x2 In|csc cot | + C 2 n|csce cot | +C 4 In|csc 8 – cotoſ +C 3 In|csc – cot 0 + c 4
Evaluate the integral. 5/6 6 csc 6 cot e de /6 5/6 s 6 csc ecot de x/6 (Type an exact answer, using radicals as needed.)
47 and 51 CSC X cotx 49. csc 5w cot' Sw dwo I 20 51. (esc'x + cscfx) dx
if you could please evaluate each of the following integrals that would be great! Thank you in advance! ДА 9 10 11 12 13 14 15 15 a) | 4e** f(e?*)dx ja b) [2]5(-x+1) di c) [°50f(3x² +1)dx + d) 3f (2 cos(4x)+1) .dk csc(4x) (Vx √x - dx f) s f (5 tan(3x)) - dx cos? (3x) +1+ 12
(3x{y4 – 6xy)dx + (4.x® y3 – 3x²)dy, where C is any path 13. Evaluate the line integral from (1, 2) to (2, 1). (a) 12 (6) 14 (c) 10 (d) – 10 (e) – 12 (1) -14 (g) – 16 (h) – 18
Indefinite integrals. Use table 5.6 or a change of variables to evaluate the following indefinite integrals. check your work by differentiating. 2. 1 dx, x 2 32 xV4x2-I Table 5.6 General Integration Formulas cos ax C a sin ax C 1. cos ax dx = 2. sin ax dr se' 3. 4. ax dx=- ax dx -tan ax C a cot ax C 1 sec ax tan ax dx=-sec ax C 1 --csc ax C csc ax cot ax 5....
Help please ASAP II. Complete the Table-Qual angles s Evaluate the trigonometrie function of the qudrontal angle, possible. Please circle your answer, Given csc (3m/2) sec (0) s sectn)s csc (n/2) s csc (0) s cot (n) a cot(3m/2) s
1. Evaluate: sin A-csc-A + cos²A - sec A + cot A+ tan-A 2. You decide to find a treasure that is buried in the side of a mountain. The diagram shows the side view of the sinusoidal mountain range. The valley to the left is filled with water to a depth of 50m, and the top of the mountain is 150 m above the water level. You set up an x-axis at water level and a y-axis 200 m...