If you need any help in understanding this solution then please
ask through comment section. I will be happy to help you.
Write the equation for the following graphs: 5. (positive cosine function)
Write an equation to express x(t) in terms of cosine function with MATLAB
Write the equation of a sine or cosine function to describe the graph. a TT 2x SA 3 2 3 6
OTRIGONOMETRIC FUNCTIONS Writing the equation of a sine or cosine function given its graph.... write an equation of the form y = a sinbx or y= a cosbx to describe the graph below. 3- JT D=0 31 3 151 - 2 -- X 5 ? rt
I would like work on this one please
Graphs of sine and cosine with transformations Give the equation of a cosine function f(x) having all of the following properties: - Its range is [-2, 4] - Its period is 8T - It has been reflected through the x-axis f(x) =
3. Cosine Approximation Write a function m-file to calculate the approximated cosine function which can be evaluated by the following infinite series - equation (2): 1. x² x4 26 (-1)(n+1). 22(n-1) cos x = 1 - 3 + - 6! + + (2(n − 1))! Here are requirements for the function m-file. - Parameter lists (inputs): 2 value (in radian), and desired error percentagel. - Return value (outputs): approximated value, real error percentage, and number of iterations - Function name:...
Question: Write an equation to represent the function that
would produce these graphs.
Hi I need help to solve the questions 21,22 and 23
step-by-step.
Thank you in advance!
21. () 22. g(4) 23, wf8)
Could you please write the equation and plot the cosine graph
containing the following features:
(Please show four periods)
(Fo is frequency while theta is phase shift)
A 170 V fo 50 Hz θ 120°
In general, the cosine function has maximum displacements, either positive or negative, when its argument is equal to an integer multiple of π. When t = 0.150 s , k = 12.8 rad/m , and ω = 109 rad/s use the wave equation to select all of the x positions that correspond to points of maximum displacement. check all that appy 0.760 m 1.52 m 1.65 m 1.77 m 1.89 m 2.01 m
Write the function in terms of x and t for a cosine wave moving in the -x direction along a rope with wavelength 0.5 m, speed 51 m/s, and amplitude 0.04 m. (Use the following as necessary: π, t and x. Assume t is measured in seconds and x is measured in meters. Do not include units in your answer. Enter numeric values as they are given, without calculations.)
3. Write the following in positive cosine form: a) 6*cos(2t 1E6*t-18°) b) 3*sin(2t 1E3 t+184°) c) -2*cos(2Tt 12E4*t+12) d) -7*sin(2Tt 10E3 t-270°)