In comparison to test results, the model predicted with a precision of 5% contact time, impact force, maximum displacement, perforation energy, and impact velocity.
To evaluate the effects of estimated breastfeeding on infant outcomes in comparison to test weighing and to describe staff members' experiences of estimated breastfeeding as a method for supporting the transition from tube feeding to breastfeeding.
The results show that although the current design rules based on effective width principles predicted the section moment capacities of RHFBs slightly unconservatively in comparison to test results, they can be used for RHFBs provided a suitable screw spacing is used.
Test performance was found to be lower on the first day that symptoms developed in comparison to test performance on days two or three of illness.
In detail, 50-kHz calls caused an increase in the distance travelled in comparison to test periods without presentations (Z = −.3833, p<.001), or to noise (Z = −3.976, p<.001).
In detail, natural 50-kHz calls caused an increase in the distance travelled in comparison to test periods without presentations (Z = −2.353, p = .016), or to presentation of noise (Z = −2.934, p = .001).001
In replication of Exp. 1, it was found that 50-kHz calls caused an increase in the distance travelled in comparison to test periods without presentations (Z = −3.662, p<.001), or to presentation of noise (Z = −3.662, p<.001; see Fig. 4).
In contrast, locomotor activity was reduced when natural 22-kHz calls were presented, indicated by a decrease when compared versus natural 50-kHz calls (Z = −2.746, p = .003), and a trend for a decrease in comparison to test periods without presentations (Z = −1.955, p = .055), but not in comparison to presentation of noise (Z = −.415, p = .734).734
