Sentence examples for are typically faster in from inspiring English sources

"Product cycles are typically faster in China than in the rest of the world today," says Francis Bassolino, a director at Allied Capital's Alaris China.

"Product cycles are typically faster in China than in the rest of the world today," says Francis Bassolino, a director at Alaris China, a management arm of Allied Capital in Washington, D.C. Motorola, for instance, sells mobile phones with newer designs in China than in the U.S., and Emerson needs to keep a similar competitive edge over global rivals, he says.

People are typically faster in reaching a decision about the validity of a syllogism when there is a match than when there is a mismatch between the validity and believability of the conclusion.

The growth of labour productivity, which is typically faster in agriculture than in other sectors of the economy, contributes to the release of labour force and hence its availability for other sectors, and to the decline of the value of the primary output of agriculture in the value of the final, processed goods.

Neuronal firing responses to iontophoresed NMDA or kainic acid were typically fast in onset and short in duration (Fig. 8).

Because the serpentinisation reaction is typically fast, in comparison with the cooling time scale of the pipe infill, there is a sharp reaction front, dividing into regions with olivine and regions with abundant serpentine at any one time (Fig.  4).

Response times (RTs) to probes reflect the allocation of attention to the faces, as RTs are typically faster to probes which appear in attended, rather than unattended, locations.

They are typically faster and cheaper than E.R.'s.

Finally, the computation of P values using skew-normal approximation is typically faster than with resampling, particularly in cases involving large samples of trees.

The approach is typically faster, cheaper, more efficient and, as demonstrated in our work, results in better inhibitors with less experimental screening and potentially lower off-target hits.

The motion generated in the model eye was typically faster and larger than the human eye naturally produces to test the TSLO under extreme conditions.