Points Changes
Jeff Gordon left the track with a 312-point lead on second-place Tony Stewart. However, points were reset after the race, with each qualifying driver receiving a base score of 5000 points. Additional points were awarded on the basis of 10 per driver win. As a result, Gordon (four wins) dropped to second behind Johnson.
| Rank | Driver | Pre-Chase |
|---|---|---|
| 1 | Jimmie Johnson | 4 |
| 2 | Jeff Gordon | 1 |
| 3 | Tony Stewart | 2 |
| 4 | Carl Edwards | 6 |
| 5 | Kurt Busch | 10 |
| 6 | Denny Hamlin | 3 |
| 7 | Martin Truex, Jr. | 11 |
| 8 | Matt Kenseth | 5 |
| 9 | Kyle Busch | 8 |
| 10 | Jeff Burton | 7 |
| 11 | Kevin Harvick | 12 |
| 12 | Clint Bowyer | 9 |
Read more about this topic: 2007 Chevy Rock & Roll 400
Other articles related to "points, point":
Euler's Totient Function - Some Values of The Function
... The lower line, y ≈ 0.267n which connects the points for n = 30, 60, and 90 is misleading ... If the plot were continued, there would be points below it ... (through the origin) is, there will eventually be points of the plot below the line ...
... The lower line, y ≈ 0.267n which connects the points for n = 30, 60, and 90 is misleading ... If the plot were continued, there would be points below it ... (through the origin) is, there will eventually be points of the plot below the line ...
Projective Plane
... A projective plane consists of a set of lines, a set of points, and a relation between points and lines called incidence, having the following properties ... There are four points such that no line is incident with more than two of them ... to emphasize the symmetric nature of the relationship between points and lines ...
... A projective plane consists of a set of lines, a set of points, and a relation between points and lines called incidence, having the following properties ... There are four points such that no line is incident with more than two of them ... to emphasize the symmetric nature of the relationship between points and lines ...
Constructible Number - Geometric Definitions
... The geometric definition of a constructible point is as follows ... First, for any two distinct points P and Q in the plane, let L(P, Q ) denote the unique line through P and Q, and let C (P, Q ) denote the unique circle with center P, passing through Q ... Then a point Z is constructible from E, F, G and H if either Z is in the intersection of L(E, F ) and L(G, H ), where L(E, F ) ≠ L(G, H ) Z is in the intersection of C (E, F ) and C (G ...
... The geometric definition of a constructible point is as follows ... First, for any two distinct points P and Q in the plane, let L(P, Q ) denote the unique line through P and Q, and let C (P, Q ) denote the unique circle with center P, passing through Q ... Then a point Z is constructible from E, F, G and H if either Z is in the intersection of L(E, F ) and L(G, H ), where L(E, F ) ≠ L(G, H ) Z is in the intersection of C (E, F ) and C (G ...
Quadratrix
... right circular cylinder a screw surface is then obtained by drawing lines from every point of this spiral perpendicular to its axis ... cone which has the generating line of the cylinder passing through the initial point of the spiral for its axis ... From every point of the curve of intersection, perpendiculars are drawn to the axis ...
... right circular cylinder a screw surface is then obtained by drawing lines from every point of this spiral perpendicular to its axis ... cone which has the generating line of the cylinder passing through the initial point of the spiral for its axis ... From every point of the curve of intersection, perpendiculars are drawn to the axis ...
Famous quotes containing the word points:
“Every man has to learn the points of the compass again as often as he awakes, whether from sleep or any abstraction.”
—Henry David Thoreau (1817–1862)
“Type of the wise, who soar, but never roam—
True to the kindred points of Heaven and Home!”
—William Wordsworth (1770–1850)