Sentence examples for corresponding expectations from inspiring English sources

The author describes the four cultural types consensual and egalitarian; consensual and hierarchical; top-down and hierarchical; and top-down and egalitarian and the corresponding expectations about leadership in each environment.

By writing out the corresponding expectations and scores S j,i, it can be seen that the function M satisfies (M t) = mathbb {E}left (e^{t S_{j,i}}|p,H_{1}right)) and (M t) = mathbb {E}left (e^{(t - 1 S_{j,i}}|p,H_{0}right)). Let p and (vec {Theta }) be fixed and known to the decoder.

The family symbol is socially persuasive in that it appeals to one's role within the family and their corresponding expectations.

Social persuasion appeals to one's role in a group and corresponding expectations; it appeals to reference groups, social class, culture, and subculture.

The contemporary father may be more vulnerable to this malady than previous generations of fathers because of the increasing number of women in the workplace and the corresponding expectations that he shoulder more responsibilities at home.

Ageing of the population increases the proportion of people with chronic conditions, with corresponding expectations of eventual decline in function.

The result was an inexorable lengthening of the working day, especially for those working in high-pressure jobs, because of an expectation that they could always be reached by email – and a corresponding expectation that any message would receive a speedy response.

The corresponding expectation and conditional expectation are denoted by (mathbb {E}) and (mathbb {E}_{t}).

The subtraction of the corresponding expectation value in (8) leads to a modified symbol (24).

Using the expectation and the variance from (5)–(6) only, we arrive at a tight approximation for the distribution (F_{y_{i}} y_{i})) and the corresponding expectation E[y i ], which we do not detail in the paper due to the simplicity of its calculation.

Corollary 2: The corresponding expectation of sintra is: E [ s int r a ] = ∫ 0 r s f s int r a s d s = 1 λ ∑ i = 1 m p i v i − r e − λ ∑ i = 1 m p i v i r 1 − e − λ ∑ i = 1 m p i v i r. (22).