Example sentences of "[noun sg] [vb mod] [be] find from " in BNC.
Next page| No | Sentence |
|---|---|
| 1 | As the boundaries of the relevant area are straight lines it can be evaluated quite simply : and so the average torque can be found from : To allow for slight changes in the load torque , due to wear of the components during the system 's working life , the constant frequency clock would be set between 90 and 100 steps . |
| 2 | On two separate occasions , when questioned about the cost of implementing some proposals under the Maastricht treaty , the Leader of the Opposition said that the money could be found from the reform of the common agricultural policy . |
| 3 | The optimum velocity profile can be found from the pull-out torque/speed characteristics of the motor and load , using the analytical techniques described in Chapter 6 . |
| 4 | The average torque during the interval can be found from the static torque/rotor position characteristic . |
| 5 | The capacitance C s of the variable standard capacitor is adjusted until the voltmeter V indicates resonance , when the inductance can be found from the theoretical expression ( 5.42 ) of section 5.6 for the resonant frequency . |
| 6 | The corresponding maximum stepping rate can be found from Eqn . |
| 7 | An additional half-post should be found from 1994/95 . |
| 8 | The intensity of selection on different stages of the life history can be found from the effect on fitness , r , as defined above , of small changes in fertility or mortality at age x ( refs 2 , 32 ) is the generation time . |
| 9 | Bland also discusses the use of the Laplace transform technique in linear viscoelasticity and shows that the solution of a viscoelastic problem can be found from the solution of the corresponding elastic problem provided that the Laplace transforms of the boundary conditions exist , by a correspondence principle . |
| 10 | Emotional support can be found from : |
| 11 | The concentration of the solution can be found from the mass of the solute and the final volume of the solution measured in the graduated tube . |