What is the formula for current in each conductor? a) current in each conductor = kVA * 103 * 3 * voltage per phase b) current in each conductor = kVA / 103 * 3 * voltage per phase c) current in each conductor = kVA * 103 / 3 * voltage per phase d) current in each conductor = kVA * 103 * 3 / voltage per phase
shivam guptaEnlightened
c Explanation: The kVA output is first obtained from the operation of the machine. Next the voltage per phase is calculated to obtain the current in each conductor.
c
See lessExplanation: The kVA output is first obtained from the operation of the machine. Next the voltage per phase is calculated to obtain the current in each conductor.
c Explanation: The kVA output is first obtained from the operation of the machine. Next the voltage per phase is calculated to obtain the current in each conductor.
c
See lessExplanation: The kVA output is first obtained from the operation of the machine. Next the
voltage per phase is calculated to obtain the current in each conductor.
c) current in each conductor = kVA * 103 / 3 * voltage per phase
c) current in each conductor = kVA * 103
See less/ 3 * voltage per phase
Answer: c Explanation: The kVA output is first obtained from the operation of the machine. Next the voltage per phase is calculated to obtain the current in each conductor.
Answer: c
See lessExplanation: The kVA output is first obtained from the operation of the machine. Next the
voltage per phase is calculated to obtain the current in each conductor.
Answer: c Explanation: The kVA output is first obtained from the operation of the machine. Next the voltage per phase is calculated to obtain the current in each conductor.
Answer: c
See lessExplanation: The kVA output is first obtained from the operation of the machine. Next the
voltage per phase is calculated to obtain the current in each conductor.
Ans c) The kVA output is first obtained from the operation of the machine. Next the voltage per phase is calculated to obtain the current in each conductor.
Ans c) The kVA output is first obtained from the operation of the machine. Next the voltage per phase is calculated to obtain the current in each conductor.
See lessThe kVA output is first obtained from the operation of the machine. Next the voltage per phase is calculated to obtain the current in each conductor.
The kVA output is first obtained from the operation of the machine. Next the
voltage per phase is calculated to obtain the current in each conductor.
See lessAnswer: c Explanation: The kVA output is first obtained from the operation of the machine. Next the voltage per phase is calculated to obtain the current in each conductor.
Answer: c
See lessExplanation: The kVA output is first obtained from the operation of the machine. Next the voltage per phase is calculated to obtain the current in each conductor.
current in each conductor = kVA * 103 / 3 * voltage per phase
current in each conductor = kVA * 103 / 3 * voltage per phase
See lessc Explanation: The kVA output is first obtained from the operation of the machine. Next the voltage per phase is calculated to obtain the current in each conductor.
c
See lessExplanation: The kVA output is first obtained from the operation of the machine. Next the
voltage per phase is calculated to obtain the current in each conductor.
Answer: c Explanation: The kVA output is first obtained from the operation of the machine. Next the voltage per phase is calculated to obtain the current in each conductor.
Answer: c
See lessExplanation: The kVA output is first obtained from the operation of the machine. Next the
voltage per phase is calculated to obtain the current in each conductor.