The phrase "amount of the delayed" is not correct in standard written English.
It may be intended to refer to a quantity related to delays, but it lacks clarity and proper structure.
Example: "The amount of the delayed shipments has increased significantly this month."
Alternatives: "quantity of the delayed" or "number of the delayed".
Thus, the amount of the delayed reward seems to be particularly relevant for low impulsives.
In fact, low impulsives almost never chose the immediate reward when the amount of the delayed reward was high.
This means that low impulsives' choice behavior was more sensitive to the amount of the delayed reward than high impulsives' choice behavior.
Repeated-measures anova on RTs revealed a significant main effect of amount (F1,16 = 6.50, P < 0.05, η = 0.29), with faster RTs when the amount of the delayed reward was higher.
Both groups chose the immediate reward more often when the amount of the delayed reward was low than when it was high (P < 0.001 for low impulsives and P < 0.01 for high impulsives).
Previous studies have shown that the amount of the delayed reward influences the neural evaluation process of low impulsive subjects more than those of high impulsive subjects (Ballard & Knutson, 2009).
A correction to the amount of the delay in the repetitive controller is introduced that leads to a significant improvement in tracking performance.
The result of this ANOVA is interpreted as a probable type I error, and we conclude that there is no systematic association between age and the amount of decline of performance in the delayed trial.
In order to obtain a distinct effect, the levels of amounts and delays were chosen in such a way as to ensure equal influence of both on the subjective value (SV) of the delayed reward according to the hyperbolic model: (Mazur, 1987), where A is the size of the amount, D is the length of the delay (in days), and k is an individual discounting parameter.
An amount of the propagation delay is obtained by integrating Eq. (1) along the microwave path, L_{text{e}} = intlimits_{text{atm}} {left( {nleft( r right) - 1} right)d{text{s}}} + left( {intlimits_{text{atm}} {d{text{s}}} - intlimits_{text{vac}} {d{text{s}}} } right), (2 where (r) indicates a position from the earth center.
The overall amount of delayed viewing has continued to increase as more homes have added DVRs, but Mr. Poltrack said these figures were going to level off.
