| 1. | The vector sum of real and reactive power is the apparent power.
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| 2. | The complex power is the vector sum of active and reactive power.
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| 3. | It calculates the direction of the vector sum of a set of unit vectors.
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| 4. | :Normally it would be a vector sum, but in this case the problem is one dimensional.
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| 5. | Electrical impedance is computed as the vector sum of electrical resistance, capacitive reactance, and inductive reactance.
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| 6. | The field around multiple particles is simply the vector sum of the fields around each individual particle.
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| 7. | Note that when vectors or vector fields are involved, a superposition is interpreted as a vector sum.
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| 8. | I could guess the vector sum thing but I have no idea how to calculate magnetic fields.
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| 9. | F _ { hkl } is the vector sum of waves from all atoms within the unit cell.
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| 10. | The transition state moves accordingly and the vector sum of both movements gives the real change in its position.
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