Four lives converge – and a legend is born... Harry Smith had everything going for him: the first British quarterback in American college football, a star future, and a pretty Texan girl on his arm. But when 'Prince Harry' collides with fate in a near-fatal accident, everything unravels. Paul Smith, Harry’s Granddad, has always been supportive. After all, it was his idea to bring Harry to Texas in the first place. But when Harry emerges from his coma with no interest in football, it’s up to Paul to bring him back to life. Amy Carrington is a sports reporter in Leeds, England, who’d much rather report on life and fashion. But her boss has a brand new job for her: covering the rise of American football in Britain. This might just skyrocket her career – and change her life. Ben Shannon is a millionaire with one unfulfilled dream – owning an NFL team. Thwarted at every turn, he changes tactics, founding the Leeds Cougars football team and transforming the face of British football. Inspired by Lee Childs and Steve Berry, Tight Spiral is a fast-paced novel which combines sports fiction with romance and suspense.
H. CONCLUSION We have thus arrived at a picture involving the co-existence of a relatively tightly wound pattern of short ... small peculiar velocities – particularly Population I objects — would participate in the tight spiral pattern.
It was a simple, dark line that curved in an increasingly tight spiral, starting at the top of the page, winding all the way to the bottom, and then winding back up again, until the pattern repeated itself tightly in the center.
Clamp the loop with a pair of chainnose pliers to begin creating a spiral (photo c). If you cannot get a tight spiral, every so often, pinch the spiral with chainnose pliers (photo d). If your pliers are marring the wire, consider using ...
Suddenly I began to see spirals everywhere in Delhi, on mosquito coils, on Islamic tiles, in the design motif of the newish British Council building, in a range of tightly wound modern and ancient staircases, in apple peelings, ...
Begin applying even pressure while forming a tight spiral, and then decrease the pressure while dragging the tip away to form a tail. Begin the next shell by slightly overlapping the tail of the previous shell and reverse the rotation ...
I am outside the sphere. “I examine the sphere from the outside and look through its surface which is partly transparent. In this way, I can see the overall structure of the bubbles inside. Several threads of bubbles are organized ...
amplitudes are generally less than 20% but there is a lack of strong, tight spiral patterns. Such spirals would have a high relative radial force perturbation ∆Fr and therefore be subject to non-linear dynamic effects which could damp ...
We have determined that our own galaxy has a relatively strong central bar, and well more than two spiral arms. ... field is in the surface of the Sun, we would expect the bright arms to wind themselves into an incredibly tight spiral.
The vortex sheet , driven by the tip velocity singularity , rolled up into a tight spiral of infinite length , with the asymptotic shape as to r = K ( t / 0,2 / 3 , ( 2 ) where rand o are polar coordinates with r = 0 at the spiral ...
JFrame inherits the setBounds() method from java.awt.Component (see table 12-1). The parameters to the set- Bounds() method are in pixels and are interpreted in the coordinate system of the component's container, which is in this case ...