(2) An electrical signal can be modelled by the following Power (Watts) verses time t (s) by the equation:-

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Electrical & Electronic Engineering, Physics often use mathematical modelling to represent in theory real life situations. An example of this is a current against time graph where the area under the curve represents the amount of charge, or a velocity time graph where the area under the curve gives the distance travelled. can you check this question is it correct or not i need detailed answer of this 

(2) An electrical signal can be modelled by the following Power (Watts)
verses time t (s)
by the equation:-
P =
1.2,
0.1
4πt
5
sin- dt
By using definite integration evaluate the above expression, hence
determine the
energy dispersed (J)
N.B. make sure your calculator is in radians mode.
Transcribed Image Text:(2) An electrical signal can be modelled by the following Power (Watts) verses time t (s) by the equation:- P = 1.2, 0.1 4πt 5 sin- dt By using definite integration evaluate the above expression, hence determine the energy dispersed (J) N.B. make sure your calculator is in radians mode.
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