Example sentences of "this is [vb pp] [prep] fig. " in BNC.
Next page| No | Sentence |
|---|---|
| 1 | This is illustrated by Fig. 22.4 . |
| 2 | This is illustrated in Fig. 5 , where the first few pixels are more widely spaced simply to fit everything into the diagram . |
| 3 | This is illustrated in Fig. 6 , showing typical mapping from the start of the four bit plane base addresses and the first line of pixels on the screen . |
| 4 | This is illustrated in Fig. 3.17 , with digestion very slight in the long-eared owl sample ( Fig. 3.17 C , D ) and slightly more advanced in the short-eared owl sample ( Fig. 3.17 F , G ) . |
| 5 | This is illustrated in Fig. 2.2 , where D L is the aggregate demand for labour , given the structure of real wage rates . |
| 6 | This is illustrated in Fig. 2.6 where the equilibrium real wage is ( W/P ) 1 and equilibrium employment is OL 1 . |
| 7 | This is illustrated in Fig. 4.1 where it is assumed that wage offers increase over time as the individual searches . |
| 8 | The effect of this is illustrated in Fig. 4.5 where the new equilibrium rate of national income Y′ e is below Y o , indicating that DD unemployment will have been created . |
| 9 | This is illustrated in Fig. 4.8 where ( W/P ) 1 is the prevailing real wage : it is clear that there is an excess supply of labour at this real wage . |
| 10 | This is illustrated in Fig. 6.2 where PC1 is the Phillips curve when the expected rate of inflation is zero and PC2 is the Phillips curve when the expected rate of inflation is 5 per cent . |
| 11 | This is illustrated in Fig. 6.5 , where LPC is the long-run Phillips curve and SPC1 and SPC2 are short-run Phillips curves . |
| 12 | This is illustrated in Fig. 11.4 where f has been evaluated at x 1 = 0 , 1 , 2 , 3 . |
| 13 | This is illustrated in Fig. 5.3 . |
| 14 | Thus , as the futures price rises , the band will tend to grow wider ; this is illustrated in Fig. 5.4 . |
| 15 | This is illustrated in Fig. 6.3 . |
| 16 | This is illustrated in Fig. 6.4 . |
| 17 | This is illustrated in Fig. 6.5 . |
| 18 | This is illustrated in Fig. 8.5 which shows both volume and volatility being caused by the arrival of new information . |
| 19 | This is illustrated in Fig. 8.6 . |
| 20 | This is illustrated in Fig. 4 . |
| 21 | This is illustrated in Fig. 5 . |
| 22 | This is illustrated in Fig. 5.1 . |
| 23 | This is illustrated in Fig. 5.12 , which allows for more grid dates at the short end of the maturity spectrum relative to the long end because of the greater difficulty of fitting the yield curve at the short end . |
| 24 | This is illustrated in Fig. 2 . |
| 25 | This is illustrated in Fig. 3 where the slopes of the dashed lines OA , OB and OC represent the apc 's at points A , B and C respectively and the slope of the consumption line itself represents the mpc . |
| 26 | This means that we can write the basic consumption function in the ‘ permanent income ’ hypothesis as This is illustrated in Fig. 7 . |
| 27 | This is illustrated in Fig. 9 , where the curve II can be referred to as the demand for investment curve or the MEI curve . |
| 28 | This is illustrated in Fig. 1 where a household , which at first is paid an income of £100 per week , is assumed to spend all of its income in a steady stream until , at the end of each week , it has nothing left until it receives its next £100 . |
| 29 | This is illustrated in Fig. 5 where the increase in the money supply is shown by the shift from M 1 s to M 2 s . |
| 30 | This is illustrated in Fig. 10 . |