2. Solve 2 sec @ + tan 0 = 2 cose, 050<21. 3. Solve cos 2x + 3 sin r-2=0, 0 <x<360°.
solve each equation for solutions over the interval [0
degrees, 360 degrees)
41. tan2 0 + 4 tan 0 + 2 = 0
00 Determine the values of e between 0 and 360° (inclusive) which satisfy: tan 0 + cot O = 4 Solution:
Find the exact value of the function tan, given tan - with 270° <B< 360° tan (Type an exact answer, using radicals as needed. Rationalize all denominators.)
* Solve the equation on the interval Oso<2x. tan 0+3=0 What are the solutions to tan 8 + 3 = 0 in the intervalose<2K? Select the correct choice and fill in any answer boxes in your choice below.
6. For f(x) = 2 + tan for-360° SXS 360°. (a) For what values are there asymptotes? (b) Write down (i) the period of the function; (ii) the value off (90°). (e) Solve f (x) = 0 for -360° SXS 360°. 4. Let (c) - cos (2x + 2), 0 S IS A. Sketch the curve of y=f(x) on the grid below. os | 15 1 25 35 The following graph shows the depth of water, y metres, at a...
Solve 2 cos 0 – 1 = 0 for 0° SO < 360° 1 Solve for all degree solutions: sin? 0 + 4sin 0 + 3 = 0 Solve for all degree solutions: sin 30 = 1
4. Solve for x, 0 SX < 360° a) 2 sinx + 3 = 0 b) 7cosx + 2 = 0 c) 2sinx - sinx = 0 d) 2cos2x - cosx - 1 = 0
? need matlab code to solve this two equation theta will be
0<theta<360
Solve this two equation theta will be 0 < theta < 360 0.08 cos theta = -0.19 4- 0.2 sin gamma + 0.24 cos beta 0.08 sin theta = -0.0.7 4- 0.2 cos gamma - 0.24 sin beta
Solve the equation for all degree solutions and if 0° < θ < 360°. Do not use a calculator. (Enter your answers as a comma-separated list. If there is no solution, enter NO SOLUTION.) 2 sin -V3 (a) all degree solutions (Let k be any integer.) (b) 00 s 360°