86.What happens when the starter takes up metallic resistance?
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d Explanation: The starter actually picks up either liquid rheostat or metallic resistance during its operation. The starter takes up metallic resistance when the resistance is to be varied in steps. When taken with resistance steps, the current fluctuated between upper and lower limits.
d
See lessExplanation: The starter actually picks up either liquid rheostat or metallic resistance
during its operation. The starter takes up metallic resistance when the resistance is to be
varied in steps. When taken with resistance steps, the current fluctuated between upper
and lower limits.
D Explanation: The starter actually picks up either liquid rheostat or metallic resistance during its operation. The starter takes up metallic resistance when the resistance is to be varied in steps. When taken with resistance steps, the current fluctuated between upper and lower limits.
D
See lessExplanation: The starter actually picks up either liquid rheostat or metallic resistance during its operation. The starter takes up metallic resistance when the resistance is to be varied in steps. When taken with resistance steps, the current fluctuated between upper and lower limits.
The starter actually picks up either liquid rheostat or metallic resistance during its operation. The starter takes up metallic resistance when the resistance is to be varied in steps. When taken with resistance steps, the current fluctuated between upper and lower limits.
The starter actually picks up either liquid rheostat or metallic resistance during its operation. The starter takes up metallic resistance when the resistance is to be varied in steps. When taken with resistance steps, the current fluctuated between upper and lower limits.
See lessAnswer: d Explanation: The starter actually picks up either liquid rheostat or metallic resistance during its operation. The starter takes up metallic resistance when the resistance is to be varied in steps. When taken with resistance steps, the current fluctuated between upper and lower limits.
Answer: d
See lessExplanation: The starter actually picks up either liquid rheostat or metallic resistance
during its operation. The starter takes up metallic resistance when the resistance is to be
varied in steps. When taken with resistance steps, the current fluctuated between upper
and lower limits.
d Explanation: The starter actually picks up either liquid rheostat or metallic resistance during its operation. The starter takes up metallic resistance when the resistance is to be varied in steps. When taken with resistance steps, the current fluctuated between upper and lower limits.
d
See lessExplanation: The starter actually picks up either liquid rheostat or metallic resistance
during its operation. The starter takes up metallic resistance when the resistance is to be
varied in steps. When taken with resistance steps, the current fluctuated between upper
and lower limits.
d) current fluctuates between fixed upper and lower limits Explanation: The starter actually picks up either liquid rheostat or metallic resistance during its operation. The starter takes up metallic resistance when the resistance is to be varied in steps. When taken with resistance step s, the currRead more
d)
current fluctuates between fixed upper and lower limits
Explanation:
The starter actually picks up either liquid rheostat or metallic resistance during its operation. The starter takes up metallic resistance when the resistance is to be varied in steps. When taken with resistance step s, the current fluctuated between upper and lower limits.
See less