Please can you assist with the below,

If the instantaneous value of a voltage in an AC circuit of thecommunication system (at any time t seconds) is given by V=136sin(14Ï€t-0.125Ï€) volts, determine:

a. The amplitude,

b. Periodic time (in ms)

c. Frequency

d. Phase angle in degrees

e. Voltage at t=0

f. Voltage at t=10ms

g.Time when voltage reaches 100volts

h. Time when voltage is maximum

i. Sketch one cycle of the waveform

j. Given that the voltage waveform can also be represented asV=Rsin(ωt+θ), use compound angle identities to resolve theresultant voltage waveform into its two component waveforms: asinωtand bcosωt.

k. In another circuit the voltage, V is made up of twocomponents v1 = (A/3)Sin(t) and v2 = (A/2)Cos(t). Sketch the twocomponent waveforms and the resulting waveform V= (A/3)Sin(t) +(A/2)Cos(t) on the same axes and estimate from your graph theequation of the combined waveform. Also analytically calculate,showing all your working, the parameters (R&θ) of the equationof the combined waveform if represented as V=Rsin(Ѡt+θ), giving θin radians.

c) At a certain point in flight the aerodynamic forces acting ona UAV could be simulated to be three coplanar and concurrent forcesF1=2A (Newtons) acting at an angle of 30 ÌŠ to the free stream (withthe horizontal, anticlockwise direction), F2 = A (Newtons) at anangle of 90 ÌŠ and F3= 1.3A (Newtons) acting at an angle of 210ÌŠCalculate the magnitude of the resultant force and sketch all fourforces. 2) Find the resultant of: F1 - F2 - F3