Using our demand estimates, we conduct several counterfactual experiments that predict consumer responses to different strategies of traditional retailers and discounters in their fight for the consumer.
Our data are not inconsistent with in silico experiments that predict that clonal expansion can result from random genetic drift without the aid of selection (Coller et al., 2001; Elson et al., 2001).
The degree of synergy for each combination was indicated by the difference in growth inhibition observed by experiment from that predicted under the Bliss Independence model [22].
Figure 6 Comparison of the result measured by the experiment and that predicted by the MGT for extinction coefficients of magnetic fluids with different particle volume fractions.
If, however, there is sufficient overlap between the difference LTAS of the Experiment 2 precursors and targets, we should find a shift in categorization in Experiment 3b that is similar to that predicted in Experiment 3a.
The excitation intensity needed in the experiments was higher than that predicted in the theoretical investigation.
In Figure 3, we compare the spatiotemporal behavior of three ITP-AC experiments (bottom row) with that predicted by theory (top row) from Part 1 of this two-part series.
However, the energy shift for sample B in the experiment is opposite to that predicted by the model.
The work-hardening that is observed in the experiments is much lower than that predicted by analytical and computational models which assume perfect particle matrix interfaces and undamaged particles.
For instance, the amount of atmospheric carbon that is exported to the deep ocean during iron fertilization experiments is much less than that predicted by early studies [ 85, 86].
