You may have to use a bit of interpolation to understand this but this is basically the layout I was left with last night in a 9-ball tournament:
I don't jump. My opponent knows I don't jump and thought this would be a great point to pushout to (he had broke, made one, and left himself nothing at all).
My opponent is the best jump shot maker I know so there was no way I was going to opt for him to shoot. I had been beaten out of the hot seat just the evening before in a hill-hill situation where another player made an olympic quality jump shot (an absolutely terrific out by the way... glad I got to see it).
So here is what I did... I could just catch enough rail ahead of that upper side to contact the one ball. I added a bit of left english to try to hit it thin. As a consequence, I hit it too thin and this is what happened...
The one came off the upper rail and hit the 9 a bit too thin - the nine doubled the corner and hung in the jaws as shown. The one settled on the right hand end rail with the 4 and 5 being relocated a bit in the process.
Notice the picture doesn't show the cue ball resting point? That's because the cue ball is still in motion with moderate speed.
And...

I don't jump. My opponent knows I don't jump and thought this would be a great point to pushout to (he had broke, made one, and left himself nothing at all).
My opponent is the best jump shot maker I know so there was no way I was going to opt for him to shoot. I had been beaten out of the hot seat just the evening before in a hill-hill situation where another player made an olympic quality jump shot (an absolutely terrific out by the way... glad I got to see it).
So here is what I did... I could just catch enough rail ahead of that upper side to contact the one ball. I added a bit of left english to try to hit it thin. As a consequence, I hit it too thin and this is what happened...

The one came off the upper rail and hit the 9 a bit too thin - the nine doubled the corner and hung in the jaws as shown. The one settled on the right hand end rail with the 4 and 5 being relocated a bit in the process.
Notice the picture doesn't show the cue ball resting point? That's because the cue ball is still in motion with moderate speed.
And...