1. A current is given by i = 22.62sin (377t) A. Determine a) maximum value; b) rms value; c) frequency; d) radians through which its vector has gone when t = 0.01 sec; e) degrees in (d); f) value of current at instant in (d).
1. A current is given by i = 22.62sin (377t) A. Determine a) maximum value; b) rms value; c) frequency; d) radians through which its vector has gone when t = 0.01 sec; e) degrees in (d); f) value of current at instant in (d).
1. A current is given by i = 22.62sin (377t) A. Determine a) maximum value; b) rms value; c) frequency; d) radians through which its vector has gone when t = 0.01 sec; e) degrees in (d); f) value of current at instant in (d).
A current is given by i = 22.62sin (377t) A. Determine a) maximum value; b) rms value; c) frequency; d) radians through which its vector has gone when t = 0.01 sec; e) degrees in (d); f) value of current at instant in (d).
Transcribed Image Text:1. A current is given by i = 22.62sin (377t) A. Determine a) maximum value;
b) rms value; c) frequency; d) radians through which its vector has gone
when t = 0.01 sec; e) degrees in (d); f) value of current at instant in (d).
Quantities that have magnitude and direction but not position. Some examples of vectors are velocity, displacement, acceleration, and force. They are sometimes called Euclidean or spatial vectors.
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