Examples of 'function of time t' in a sentence
Meaning of "function of time t"
function of time t: In mathematics or physics, an expression denoting a relationship or equation where a quantity or variable depends on time denoted as 't'
How to use "function of time t" in a sentence
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function of time t
The values of pressure and subcooling are sketched in function of time t.
The curve velocity V is a function of time t is of exponential form with a negative exponent.
The top diagram shows the generator speed w as a function of time t.
The value of R as a function of time t depends upon k and the cosmological constant Λ.
The diffracted power P is given as a function of time t.
The signals S measured as a function of time t are shown in FIG . 3 for both measurements.
The intensity I of the signal is plotted as a function of time t.
FIG . 6 illustrates a permeability profile ( K ) calculated as a function of time T and a theoretical permeability profile ;.
The control sequence 10 illustrated in Figure 2 is a velocity sequence v ( t ) presented as a function of time t.
The second signal S 2 is illustrated as a function of time t.
FIGS . 6a and 6b illustrate the operation of the variant embodiment of FIG . 5 as a function of time t.
Figure 2b schematically illustrates s ( t ) as a function of time t.
This Figure shows the grid frequency f and the output power P as a function of time t.
Thus, the angular velocity w can be expressed by a function of time t.
FIG . 3 shows a record of the signal received by photodiode Ir as a function of time t.
See also
FIG . 2 shows curves giving the density d of a densified structure as a function of time t.
The handrail generates at rated speed the illustrated signal S 3 as a function of time t.
Fig . 3 shows the essential parameters of the light pulses L as a function of time t.
Figure 4 shows examples of how the burning temperature T can vary as a function of time t.
FIG . 2 is a graph showing how the speed of rotation N varies as a function of time t.
FIG . 6A shows the evolution of pressure Pi in the intake manifold as a function of time t.
FIG . 9A illustrates the variation in the vertical speed V as a function of time t.
Figure 1 schematically shows an example of a typical network utilization curve 21 as a function of time t ( abscissa ).
This stage provides an analog signal S ( t ) as a function of time t.
FIG . 2A represents five trains of five bursts, as a function of time t.
FIG . 4 shows the behavior of the signals e and s as a function of time t.
Obviously the point 14 is moving along the line L as a function of time t.
FIG . 2 shows the profile of the torque C as a function of time t.
FIG . 8 shows the amplitude of current pulses I as a function of time t.
FIG . 10 shows a curve of mean velocity difference AΩ as a function of time t.
FIG . 2 shows a curve where the flow Q changes as a function of time t.
FIG . 4 shows the light intensity I of the pulse as a function of time t.
D ( t ), displacement of the sensor as a function of time t.
The slope d ( Aφ ) / dt of the phase-shift Aφ as a function of time t.
FIGS . 3a and 3b illustrate the operation of the system of FIG . 1 as a function of time t.
Figure 2 diagrammatically represents measurements of TOC content ( in ppb ) as a function of time t ( in seconds, s ).
FIG . 6B shows the evolution of the turbocharger speed ( N ) as a function of time t.
FIG . 4b shows the variations of the voltage V1 applied to electrode K12 as a function of time t.
