Part 2: Integral calculus (i) A radio signal is given by the sinewave p = 3 sin wt, calculate its mean and RMS values over half a cycle. (ii) A frequency distribution curve is expressed as a function of the variable x, see below y = 2x² + 3 for 2≤x≤3 Calculate the area under the curve.

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Part 2: Integral calculus
(i)
A radio signal is given by the sinewave q = 3 sin wt, calculate its mean and RMS
values over half a cycle.
(ii) A frequency distribution curve is expressed as a function of the variable x, see
below
2
y = 2x + 3 for 2≤x≤3
Calculate the area under the curve.
Transcribed Image Text:Part 2: Integral calculus (i) A radio signal is given by the sinewave q = 3 sin wt, calculate its mean and RMS values over half a cycle. (ii) A frequency distribution curve is expressed as a function of the variable x, see below 2 y = 2x + 3 for 2≤x≤3 Calculate the area under the curve.
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