Concepts, including the mental number line, or addressing pitch as high and low, suggest
that the spatial–numerical and spatial–pitch association of response codes (SNARC and …

Abstract Concepts, including the mental number line, or addressing pitch as high and low,
suggest that the Spatial Numerical and Spatial Pitch Association of Response Codes …

Abstract The Spatial–Numerical Association of Response Codes (SNARC) effect (ie, faster
reactions to small/large numbers on the left-/right-hand side) is usually observed along with …

Performance in numerical classification tasks involving either parity or magnitude
judgements is quicker when small numbers are mapped onto a left-sided response and …

Individuals make faster left responses to small/er numbers and faster right responses to
large/r numbers than vice versa. This “spatial–numerical association of response …

Abstract Models of the spatial–numerical association of response codes (SNARC) effect—
faster responses to small numbers using left effectors, and the converse for large numbers …

The SNARC (spatial–numerical association of response codes) effect is the finding that
people are generally faster to respond to smaller numbers with left-sided responses and …

The most prominent explanation for the spatial numerical association of response codes
(SNARC) effect is the direct mapping account (DMA). The DMA assumes that (a) numbers …

The spatial–numerical association of response codes (SNARC) has shown that parity
judgments with participants' left hands yield faster response times (RTs) for smaller numbers …

Numerical judgments are facilitated for left-space responses to a smaller number and right-
space responses to a larger number (the spatial–numerical association of response codes …