Sentence examples for knowledge of variability from inspiring English sources

Although their key ideas in each of the seven areas of knowledge of variability cover all years of schooling, the first three were especially relevant to our study, as was the last: (i) developing intuitive ideas of variation; (ii) describing and representing variability; (iii) using variability to make comparisons and (vii) considering variability as part of statistical thinking.

Thus, the knowledge of variability in survivor's concerns is important for clinicians and decision-makers to help guide proper follow-up care after completion of breast cancer treatment.

The risk of infection has a high geographic variability [ 42, 43] and the knowledge of this variability is essential to enhence malaria control programs' efficiency [ 44].

She gained interdisciplinary knowledge of climate variability and change through the Masters program in Climate and Society at Columbia University.

The present knowledge of climate variability in the Indian sub-continent from terrestrial records is extremely widespread.

Knowledge of spatial variability of soil attributes within an agricultural field is critical for successful site-specific crop management.

"We should seek to improve our scientific knowledge of climate variability and change while at the same time striving to insure that the environmental and socioeconomic conditions of present and future generations are not put at serious risk," Dr. Obasi said.

A knowledge of the variability in structural responses due to uncertainties in manufacturing tolerances, boundary conditions and excitations is essential for design in order to ensure reliable performance.

They are not designed to address the randomness of the observed data which is caused by a limited knowledge of the variability of influences between customer preferences and engineering characteristics.

From the knowledge of the variability of these parameters, it is possible to develop a dynamic model of the motor, which accurately describes its behaviour and allows estimating the power losses for whatever speed and load.

However, our knowledge of this variability, which is in part due to the evolution of the solar magnetic dynamo, is limited by direct solar observations which exist only from early 17th Century onwards.