
(13) (tanz) = A. tan r. mtanr-1 B. secr.tanz-1 C. rtanr-1 D. sec. tanr. In r....
integrate. state du and u
a) tan(4x sec (4x)dr dx r +1 b) dx x +1 c) csc (3xax
a) tan(4x sec (4x)dr dx r +1 b) dx x +1 c) csc (3xax
-1 -1 d. + = = 2 tan x tan x-sec x tan x + secx
et F(r, v) (3z2e* + sec z tan z,ze - 90y*). (a) Show that F is a conservative. (b) Find a function f (potential function) show that F Vf. (c) Use above result to evaluate JeFdr, where C is a smooth curve that begin at the point (2, 1) and ends at (0, 3). (cost, sint) from -2 to t = 줄 particle that moves along the curve. (Write the value of work done without evaluating d) Find the work...
Stan®x.secs x dx tanºx a) 2 tan' x tanºx + +c 5 sec b) 2 sec + secx 5 + c 9 sec? sec5 x c) + c d) None of the above
Establish the identity. 1 - sin e 1+ sin e = (sec - tan e) Starting with the right side, which shows the key steps in establishing the identity? 1 + sin e 1 1 - sin 0 OA. (sec 0 - tan 9)2 = sec? -tan?= (1 - sin 02 1- sin 1 - sine ОВ. 2 sin 0 sine (1 - sin oy? (sec - tan )2 = cos? e cos2 e O c. 1 - sin (1...
The expression tan 0 sec 0 (1 - sin2 0) / cos 0 simplifies to 16.11 d) sec e b) cos c) tan 0 a) sin 0 A triangle has sides of length 2, 3, and 4. What angle, in radians, is opposite the side of length 3? 16.12 a) 0.55 b) 0.61 c) 0.76 d) 0.81
Show that tan(x) – 1 2. Let y = sec(x) 1 + tan(x) y' sec(x) 3. Find all x-values where the graph of f(x) = x – 2 cos(x)has a horizontal tangent line.
Question 1 6 pts 3 Given: tan and sin 0 <0. Find sec A. - B. con le C. D.
pe sint dt = (A) - tans (B) tan-ls (C) - tan-1 s (D) T - tan-1s (E) None
7) f(x) = 3 sec(4x + 3 a. Amplitud: b. Periodo: c. Despl. Horizontal: d. Asintotas: e. Despl. Vertical: 8) f(x) =tan(4x - 3) a. Periodo: b. Despl. Horizontal: c. Asíntotas: d. Despl. Vertical: 9) f(x) = cot(4x - 5) a. Periodo: b. Despl. Horizontal: c. Asíntotas: d. Despl. Vertical: