What is the formula for output equations in synchronous machines? a) kVA output = output coefficient * diameter2 * length * synchronous speed b) kVA output = output coefficient / diameter2 * length * synchronous speed c) kVA output = output coefficient * diameter2 / length * synchronous speed d) kVA output = output coefficient * diameter2 * length / synchronous speed
shivam guptaExplainer
Answer: a Explanation: The output coefficient, diameter, length and synchronous speed are first calculated. Then on substitution gives the kVA input and in turn gives the output equation.
Answer: a
See lessExplanation: The output coefficient, diameter, length and synchronous speed are first
calculated. Then on substitution gives the kVA input and in turn gives the output
equation.
Answer: a Explanation: The output coefficient, diameter, length and synchronous speed are first calculated. Then on substitution gives the kVA input and in turn gives the output equation.
Answer: a
See lessExplanation: The output coefficient, diameter, length and synchronous speed are first
calculated. Then on substitution gives the kVA input and in turn gives the output
equation.
a Explanation: The output equation is found out by first calculating the output coefficient. Next, the diameter and length are obtained, and the synchronous speed is calculated using the tacho-generator to obtain the kVA output.
a
See lessExplanation: The output equation is found out by first calculating the output coefficient.
Next, the diameter and length are obtained, and the synchronous speed is calculated
using the tacho-generator to obtain the kVA output.
a Explanation: The output equation is found out by first calculating the output coefficient. Next, the diameter and length are obtained, and the synchronous speed is calculated using the tacho-generator to obtain the kVA output.
a
See lessExplanation: The output equation is found out by first calculating the output coefficient.
Next, the diameter and length are obtained, and the synchronous speed is calculated
using the tacho-generator to obtain the kVA output.
Answer: a Explanation: The output equation is found out by first calculating the output coefficient. Next, the diameter and length are obtained, and the synchronous speed is calculated using the tacho-generator to obtain the kVA output.
Answer: a
See lessExplanation: The output equation is found out by first calculating the output coefficient.
Next, the diameter and length are obtained, and the synchronous speed is calculated
using the tacho-generator to obtain the kVA output.