SOLUTION: Evaluate the expression
The current i in an alternating-current circuit is given by i=i(m) sin, where i (m) is the maximum current in the circuit. Find i if i(m)=0.0466 A and 0=47
Algebra.Com
Question 616570: Evaluate the expression
The current i in an alternating-current circuit is given by i=i(m) sin, where i (m) is the maximum current in the circuit. Find i if i(m)=0.0466 A and 0=472.1 degree.
What does i=?
Answer by Alan3354(69443) (Show Source): You can put this solution on YOUR website!
Find i if i(m)=0.0466 A and 0=472.1 degree.
What does i=?
-----------
I = I(m)*sin(472.1)
I = 0.0432 amps
RELATED QUESTIONS
The current in an alternating circuit varies in intensity with time. If I represents the... (answered by josmiceli,Alan3354)
The current in an alternating circuit varies in intensity with time. If I represents the... (answered by math_helper)
The current i (in amperes) at time t in a particular circuit is given by
i =12sin t +... (answered by ikleyn)
The power, P watts, supplied to a circuit by a 9-V battery is given by the formula p =... (answered by Solver92311)
The power, P watts, supplied to a circuit by a 9-V battery is given by the formula p =... (answered by Solver92311)
The power, P watts, supplied to a circuit by a 9-V battery is given by the formula p =... (answered by Solver92311,Alan3354)
the voltage of E of an alternating current electrical circuit can be represented by the... (answered by Alan3354)
Please help me answer the following question:
1.) The differential equation governing... (answered by Boreal,Alan3354)
An alternating current voltage is given by:
V = 310 Sin (285t + 0.65)
(answered by Fombitz)