Example sentences of "go from [letter] to " in BNC.
Next page| No | Sentence |
|---|---|
| 1 | On this basis , a crude approximation suggests that , i time steps going from t to 2 t , there will be roughly sites within the D structure of size hence the asymptotic C fraction , f C , for very large such symmetrical patterns is . |
| 2 | You had to have a reason for going from A to B , or else you were in trouble . |
| 3 | Thus , they will make little contribution to the probability of the particle 's going from A to B. But the numbers from the straight paths will add up with the numbers from paths that are almost straight . |
| 4 | The probability of going from A to B is found by adding up the waves for all the paths . |
| 5 | Granted that I have a map of my house in my head , how do I use it to go from A to E ? |
| 6 | Suppose it wants to go from A to a point E that it can not see . |
| 7 | ‘ proceed to a particular point ’ means e.g. to signal the driver to go from A to B or start a particular line of traffic etc . |
| 8 | If someone wants to go from A to B , who else is competing to take that person there ? |
| 9 | Instead it is supposed to go from A to B by every possible path . |
| 10 | They keep talking about what they call seamless journeys which means you should be able to go from A to B to C without too much problem . |
| 11 | QUANTUM physicists are trying to calculate the probability that a particle goes from A to B. This probability is the sum of the probabilities of each of the possible routes it could take . |
| 12 | Ask yourself some more questions : When you go from A to B , do you |
| 13 | For it is the long awaited Ford Escort RS Cosworth — unveiled earlier this month — and it can go from O to 60 faster than most cars can reach half that speed . |
| 14 | Since is non-basic there is currently no edge from I to J but we can always reach I from J in T because we can go from J to 1 and then from 1 to I. For example , if we take I = 3 and J = 7 in Fig. 8.1(a) , the unique paths from 7 to 1 and 3 to 1 are and and we can go from 7 to 9 to 1 to 9 to 2 to 3 . |
| 15 | That is , we want a computer program which , given the map and asked ‘ how should I go from A to E ? ’ will answer ‘ A-C-D-E ’ . |
| 16 | And you are n't aware that you can actually go from A to B at different times . |