Requ

U/I, however, is the resistance of the load; the total resistance or equivalent resistance will be called Requ and obtained in the form of

3. Electric Circuits 1991

This equation has the same structure as the equation for the determination of Requ of a parallel connection of resistors.

6. Electrical Field 1991

This equation has the same structure as the equation for the determination of Requ of a series connection of resistors.

5. Magnetic Field 1991

In accordance with the general relation R = 1/G, the following is derived from equation (3.3) 1/Requ = 1/R1 +

3. Electric Circuits 1991

Requ = (82 W · 115 W)/(82 W + 115 W) = 9430 W/197W = 47.9 W

3. Electric Circuits 1991

Requ = 90 W the equivalent resistance is greater than the greatest individual resistance

3. Electric Circuits 1991

Requ = (R1 · RV)/(R1 + RV) is smaller than the smaller resistance of R1 and RV

3. Electric Circuits 1991

This equation has the same structure as the equation for the determination of Requ of a series connection of resistors.

6. Electrical Field 1991

U3/U = R3/Requ etc. In meshed circuits, some of the loads are connected in parallel and some of them in series.

3. Electric Circuits 1991

Requ ... fiber seal of AR is looking for a motivated self reliant ind ...

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