A positive (+) slope represents an ascending grade and a negative (-) slope represents a descending grade.

A positive (+) slope represents an ascending grade and a negative (-) slope represents a descending grade.

A positive (+) slope represents an ascending slope and a negative (-) slope represents a descending slope.

From a cross-sectional view, the structure, at the openings, has a negative slope.

The lateralized surface is disposed at a negative slope relative to the central axis.

A portion (214) of the peripheral edge has at least either a positive slope or a negative slope with respect to the optical axis (234).

After the occurrence of a negative sloping region of the signal, another pair of points are marked occurring before and after a subsequent slope reversal.

A positive (+) slope represents an ascending grade and a negative (-) slope represents a descending grade.

The reference voltage circuit (RVC) comprises a negative slope module (NSM) for providing a negative slope signal (SN), which has a magnitude that decreases when a voltage that is present on the capacitance (Cr) increases.

The non-linear characteristic includes a first region having a negative slope for low amplitude input signals.

The downward line that links the highs gets the negative slope.

Lines that go down to the right have a negative slope.

If the temperature is related to clouds, then you expect a slope in the graph thanks to the above formula - a positive slope for a positive feedback, or a negative slope for a negative feedback.

From a cross-sectional view, the well structure, at the openings has a negative slope.

The minimum selection module (MSM) controls the maximum current substantially in dependence on the positive slope signal (SP), if the magnitude of the positive slope signal (SP) is smaller than that of the negative slope signal (SN).