An alternating current is represented by the equation i = 100 sin (100 πt). How long will it take

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An alternating current is represented by the following expression : i = 10 sin (100 π t).Calculate : An alternating current is represented by the following expression : i = 10 sin (100 π t).Calculate :
In an a.c. circuit, voltage and current are given by : V = 100 sin ( 100 t ) V and I = 100 sin ( 100 In an a.c. circuit, voltage and current are given by : V = 100 sin ( 100 t ) V and I = 100 sin ( 100
An alternating current is given by the following equation: `I=3sqrt(2)sin (100 pi t+pi//4)`. Giv... An alternating current is given by the following equation: `I=3sqrt(2)sin (100 pi t+pi//4)`. Giv...
In an a.c. circuit, voltage and current are given by V = 100 sin (100 t) V and I = 100 sin (100t+π In an a.c. circuit, voltage and current are given by V = 100 sin (100 t) V and I = 100 sin (100t+π
If an alternating current is represented by . `I=sin100pit`mA,then what is the frequency If an alternating current is represented by . `I=sin100pit`mA,then what is the frequency
In an a.c circuit, voltage and current are given by V = 100 sin ( 100 t ) V and I = 100 sin ( 100 t In an a.c circuit, voltage and current are given by V = 100 sin ( 100 t ) V and I = 100 sin ( 100 t
The equation of a.c. in a circuit is `I = 50 sin 100 pi t`. Find (i) frequency of a.c. The equation of a.c. in a circuit is `I = 50 sin 100 pi t`. Find (i) frequency of a.c.
In an a.c. circuit, voltage and current are given by : 𝑉 = 100 𝑠 𝑖 𝑛 ( 100 𝑡 ) 𝑉 and 𝐼 = 100 𝑠 𝑖 𝑛 ( In an a.c. circuit, voltage and current are given by : 𝑉 = 100 𝑠 𝑖 𝑛 ( 100 𝑡 ) 𝑉 and 𝐼 = 100 𝑠 𝑖 𝑛 (