Here are some diagrams which might be helpful --– snapshots of a circuit simulation.
Both circuits have identical total power consumed, just different 120V loads.
Trying to wrap my head around Harper's method of finding power usage: multiply average leg current by 240V --– 240 * (L1+L2)/2. Mathematically, it's equivalent to 120V * sum of legs:
120 * (L1 + L2), so hmm.
Here are some diagrams which might be helpful -- snapshots of a circuit simulation.
Both circuits have identical total power consumed, just different 120V loads.
Trying to wrap my head around Harper's method of finding power usage: multiply average leg current by 240V -- 240 * (L1+L2)/2. Mathematically, it's equivalent to 120V * sum of legs:
120 * L1 + L2, so hmm.
Here are some diagrams which might be helpful – snapshots of a circuit simulation.
Both circuits have identical total power consumed, just different 120V loads.
Trying to wrap my head around Harper's method of finding power usage: multiply average leg current by 240V – 240 * (L1+L2)/2. Mathematically, it's equivalent to 120V * sum of legs:
120 * (L1 + L2), so hmm.
Here are some diagrams which might be helpful -- snapshots of a circuit simulation.
Both circuits have identical total power consumed, just different 120V loads.
Trying to wrap my head around Harper's method of finding power usage: multiply average leg current by 240V -- 240 * (L1+L2)/2. Mathematically, it's equivalent to 120V * sum of legs:
120 * L1 + L2, so hmm.
Here are some diagrams which might be helpful -- snapshots of a circuit simulation.
Both circuits have identical total power consumed, just different 120V loads.
Here are some diagrams which might be helpful -- snapshots of a circuit simulation.
Both circuits have identical total power consumed, just different 120V loads.
Trying to wrap my head around Harper's method of finding power usage: multiply average leg current by 240V -- 240 * (L1+L2)/2. Mathematically, it's equivalent to 120V * sum of legs:
120 * L1 + L2, so hmm.
Here are some diagrams which might be helpful -- snapshots of a circuit simulation.
Both circuits have identical total power consumed, just different 120V loads.
Took me a while to figure out Harper's method of finding total usage: (L1 + L2)/2 * 240V.
Here are some diagrams which might be helpful -- snapshots of a circuit simulation.
Both circuits have identical total power consumed, just different 120V loads.
Took me a while to figure out Harper's method of finding total usage: (L1 + L2)/2 * 240V.
Here are some diagrams which might be helpful -- snapshots of a circuit simulation.
Both circuits have identical total power consumed, just different 120V loads.
