Sentence examples for understanding frequency from inspiring English sources

Table 6 PTs' self-reflection on learning to teach AP in prompt 1 Levels of understanding Frequency Example responses No confusion 11 (45.7) Basically understand and practice needed 4 (16.7) Still have confusion about the "order" 6 (25) Question this approach and refuse to change 3 (12.5).

In the present surveys, health professionals had major difficulties understanding frequency information on side effects in package leaflets.

Understanding frequency and intensity of the individualised treatments may be graphically depicted in ways suggested by Perera [ 63].

Understanding frequency of occurrence of specific breast cancer subtypes and associated risk factors in Indians/Pakistanis may elucidate breast cancer prevention, screening and treatment strategies tailored to the unique risk of this ethnic group.

Less attention has been given to understanding frequencies and magnitudes of processes in rock weathering, including investigation of rates at which solutes are removed from landscapes under various flow distributions as an analog to Wolman and Miller's [Wolman, M.G., Miller, J.P., 1960. Magnitude and frequency of forces in geomorphic processes.

This chapter helps in understanding RFID frequency ranges, RFID frequency ranges and performance.

It also relies on our own results in understanding carrier frequency offset in amplify and forward systems.

Results of the study extend the current understanding of frequency of use of information sources by fashion leadership and SOP.

However, one can measure the errors of motion components then for better understanding its frequency domain errors, which can enhance the effectiveness of the DAD results.

Accurate stratigraphic interpretation has significant implications for understanding the frequency and magnitude of controlling processes such as mountain building and denudation or eustatic sea-level fluctuations.

Recent advances in shock wave boundary layer interaction research are reviewed in four areas: (i) understanding low frequency unsteadiness, (ii) heat transfer prediction capability, (iii) phenomena in complex (multi-shock boundary layer) interactions and (iv) flow control techniques.