Search results
Results from the WOW.Com Content Network
When a joint is released, balancing moment occurs to counterbalance the unbalanced moment. The balancing moment is initially the same as the fixed-end moment. This balancing moment is then carried over to the member's other end. The ratio of the carried-over moment at the other end to the fixed-end moment of the initial end is the carryover factor.
The carryover ratio is the percentage of H3 carry to L1 constituting the carryover portion "h". In a design of 3 high samples followed by 3 low samples, h can be calculated as (L1 - mean of L2&L3) / (H3 - mean of L2&L3) The carryover ratio's acceptance criteria depend on the measurement and the laboratory concerned.
For example, for the ad copy in the above graph, advertising saturation is achieved above 110 GRPs per week. Adstock can be transformed to an appropriate nonlinear form like the logistic or negative exponential distribution , depending upon the type of diminishing returns or ‘saturation’ effect the response function is believed to follow.
The experience of taking the test itself can change a person's true score. For example, completing an anxiety inventory could serve to increase a person's level of anxiety. Carryover effect, particularly if the interval between test and retest is short. When retested, people may remember their original answer, which could affect answers on the ...
The stocks-to-use ratio (S/U) is a convenient measure of supply and demand interrelationships of commodities.This ratio indicates the level of carryover stock for any given commodity as a percentage of the total use of the commodity.
Chilton–Colburn J-factor analogy (also known as the modified Reynolds analogy [1]) is a successful and widely used analogy between heat, momentum, and mass transfer.The basic mechanisms and mathematics of heat, mass, and momentum transport are essentially the same.
Carryover with steam refers to transport of moisture and impurities with steam. Moisture carryover with steam is quantified by the mass flow rate of liquid water per mass flow rate of steam. In boilers producing saturated steam , it is typically about 0.1% but may increase with fouling and boiler impurities.
The factor returns are then fit to a second stage model of the form (,,) = (,,) (,) + (,,) Here Y gives the exposure of local factor (i,j) to the global factor whose return is g(k,t) and h(i,j,t) is the local specific factor return. The covariance matrix of factor returns is estimated as