10. Sketch the graph of the polar equation. r=3 90° 4 120° 60° الا 150° 2...
[12] Sketch the graph of r = 1.5 + 3sine in the polar plane provided. o 90° 0° 180° 30° 150° 45° 135° 60° 120° 210° 330° 225° 240° 270° 315º 300° 1 Approximations 1.5 + 3 V2 2 3.6 1.5 - 3 2 2 *-0.6 1.5 + 3 13 2 4.1 1.5 - 30 13 % -1.1 2 11/12 1/2 511/12 2013 1/3 3014 9/4 51/6 →% 196/25 7/12 >O
[12] Sketch the graph of r = 1.5 + 3sin in the polar plane provided. o 90° 0° 180° 30° 150° 270° 45° 135° 60° 1200 210° 225° 240° 330° 315º 300° r Approximations 12 1.5 + 3 3.6 1.5 - 3 2 2 *-0.6 2 1.5 + 3 13 2 > 4.1 1.5 - 3 sch 3 2 % -1.1 119/12 1/2 511/12 2013 al3 37/4 51/6 11/25 77/2 71 0
Given: Graph below - 120 60 30 30 60 90 120 150 180 210 240 270 300 330 360 390 1. State: domain and range x and y intercepts max and min values and where they occur period amplitude axis of symmetry values of a, k, d, and c for the sine function 2. Describe how this graph is related to the base function y=sin x by referring to horizontal and vertical shifts, amplitude, compressions or expansions, reflection.
Question 2 4 pts A phasor is shown on the Polar plane (in the form: r20", note angle is in degrees!) in the image below: 90 120 660 150 r=5.1 o = 78.69° 180 210 330 240 300 270 Convert this into Cartesian form and fill in the blanks (to the nearest integer value) Question 2 4 pts A phasor is shown on the Polar plane (in the form: r20", note angle is in degrees!) in the image below: 90...
Question 6 Use the graph below to find (-8)(2). 360 4 330 300 (2277) 270 240 210 180 150 120 9x) 900-51) 60 (2.37 1-2, 25 30/013) (-2.343) N -30 -60 -90 -120 2 37 -240 272 MacBook Air
Plot the point given in polar coordinates and find three additional polar representation of the point, using -20 < < 2. (Copy the polar coordinate below to a sheet of paper and then graph the points. Label your points). (3 p.) Representations (Other three) A) (4,5) (3 pts) B) (-3,-5) 90° 4 120 60° 3 150 2 30° 180° Dº 210° 330° 240° 300 270°
11. Sketch the graph of the polar equation by plotting points. Complete the table. r = 4 sin e o 0° 30° 45° 60° 75° 90° 1050 1200 135° 150° 1800
Name For problem 11, graph the indicated function. 11.T= 2-sin() Note: round answers to 1 decimal place. 8 sin() 2-sin() 0 30° 45° 60° SO 120" 135 150" 180 210" 225" 240 270" 300" 315 330 360° Hide Proctolo is sharing your screen Stop sharing O Name: Note: Have each cirde represent 0.5. Thus the outer circle has a radius of 4. 105 90° TS 20 80 1359 45 150° 30 1654 15 180° 0"/ 360 195 345 210 330...
Find the cube roots of -64 i. Graph each cube root as a vector in the complex plane. Choose the correct cube roots below. O A. 64cos 60° + i sin 60º), 64(cos 180° + i sin 180), 64(cos 300° + i sin 300°) OB. 4cos 30° + i sin 300), 4(cos 150° + i sin 150), 4(cos 270° + i sin 270º) OC. 4cos 90° + i sin 90), 4(cos 210° + i sin 210), 4(cos 330° + i...
Find the cube roots of -64 i. Graph each cube root as a vector in the complex plane. Choose the correct cube roots below. O A. 64(cos 60° + i sin 60%), 64(cos 180° + i sin 180°), 64(cos 300° + i sin 300°) OB. 4(cos 30° + i sin 300), 4(cos 150° + i sin 150°), 4(cos 270° + i sin 270º) OC. 4(cos 90° + i sin 90°), 4(cos 210° + i sin 210), 4(cos 330° + i...