Sentence examples for which are equal for from inspiring English sources
The phrase "which are equal for" is correct and usable in written English.
It can be used when discussing conditions or situations where two or more elements have the same value or status in a specific context. Example: "The two equations yield results which are equal for all values of x."
They must have published tariffs, which are equal for all patients.
It is found that for Si(1 0 0) rings the frequencies of a pair of modes, which are equal for an isotropic ring, split due to the anisotropic effect only for the second in-plane vibration mode.
To this end, they are divided by the coefficient of projection from the sources to the corresponding electrodes, which are equal for all the sources.
which is equal for both models.
Their performance is again dependent on the movement of vehicles, which is equal for both protocols.
It is shown that the magnitude of the required translation, which is equal for the velocity and composition fields, must be determined from continuity considerations.
When the system size tends to infinity, the interference PSD will converge to a constant, which is equal for all cells.
Therefore, Eq. (12) can be interpreted as the time it takes for the workpiece to travel the displacement distance of one lead of the designed helical curve, which is equal for the time required for abrasive balls to rotate one circle relative to the workpiece.
It is worth noting that mode choices for second tours are not constrained by mode choices made for the first tours, provided that tours are home-based and the car is considered to be available at home at some extent which is equal for the first and the second tours.
This is explained by the fact that when protocols have to resort to using their store-carry-forward mechanisms, their performance in terms of delay and delivery ratio becomes dependent on the movement of vehicles, which is equal for both protocols.
The relative abundance of the two bacterial species was quantified using the complement of the Simpson Diversity Index (see methods) which takes into account both species richness, which was equal for all populations (i.e., 2), and the evenness of species abundance, which varied between populations.
