Translation of "Gegen unendlich" in English

Theoretically it tends toward infinity at no-load.

In the spectrum, this would correspond to integration over a frequency interval of ug to infinity.

This will become the limit as x approaches infinity.

So from the negative side, it approaches infinity, right?

It goes to infinity as you approach 0.

And so the limit in general is equal to infinity.

That the numerator approaches infinity as x approaches infinity.

As soon as the front airbag is triggered, the resistance in the ignition circuit approaches infinity.

A sin against an infinitely holy God is infinitely serious.

The internal resistance of an ideal current source tends to approach infinity.

This gives rise to a result tending towards infinity on the left-hand side.

So there should be exactly 100 lines running towards Infinity.

The singularity is also called the Prandtl–Glauert singularity, and the flow resistance is calculated to approach infinity.

And as you go from the right-hand side, it also goes to infinity.

If you subtract infinity from some non-infinite number, it's going to be negative infinity.

In other words, this state corresponds to a change of the force transmission ratio of the brake booster 10 towards infinity.

The epoxide equivalent weight of the reaction products should theoretically go towards infinity and hence all of the epoxide groups should be reacted.

In the second case it is unstable: it tends towards infinity.

As a result, WinNonlin cannot calculate the portion of area until infinite and the AUCinf therefore appears to be missing.

Textbook authors dutifully write down the famous law without remarking that it results in infinite forces when the two attracting objects get infinitely close together.

And since they went through the iterations an infinite number of times, as the ruler shrinks down to infinity, the length goes to infinity.

Minimum gain is obtained if the internal resistance of the circuit member RV goes toward infinity and if the magnitude of the negative feedback resistor 8 determines the gain.

In fact, under "reasonable assumptions" the bias of the first-nearest neighbor (1-NN) estimator vanishes entirely as the size of the training set approaches infinity.

This means that the voltage-to-current ratio, i.e. the resistance of the discharge path, becomes greater and greater given decreasing brightness of the fluorescent lamp and, ultimately, tends toward infinite when the discharge aborts.

An elbow lever system has the unavoidable characteristic that the output forces go towards infinity when all link axles are stretched, while the operating forces simultaneously practically drop to zero.

There is fundamentally no reason why the number of individual contacts should not tend towards infinity, provided that a uniform current distribution is ensured.