It can be any ball colour since the game ends when the difference in points is too big to overcome for the other player. That player will then give up. In the majority of games the decision will only be clear at the end and therefore it will often be either the pink or the black ball that will be potted last.
The last part of the snooker game consists of potting the non-red colored balls in order of their value: yellow (2), green (3), brown (4), blue (5), pink (6) and black (7).
The game is formally over (a) when the final pink is potted and the difference in points between the two players is more than 7 points. In this case the black does not need to be potted and if an attempt to pot it is made and the pot was not in, the game ends formally with the black still on the table, or (b) when the final black ball is potted and the two players do not have the same score (if they do, the black ball will be re-spotted)
The game ends if the black is sunk or fouled on, so it is usually the last ball down. However, any ball can be the last potted, if that pot means the other player/team is incapable of winning at all from that point on.
Hi - the balls are potted in this order - red (other colour after each potted red but go back on their spots), yellow, green, brown, blue, pink, black.
Therefore the black will be the last ball potted as long as the opponent hasn't conceded by then.
None, since you need to pot a red and then another colour and then red in that order. The red ball is worth 1 point, and yellow worth 2, thus 1x3 = 3 and 2x3 = 6, making it impossible.
Red Green Red will give you a 5 point break, as will a Red Brown break.
Here is the order (first to last) yellow, green, brown, blue, pink, black.
After the last red you may pot any available colour - then you move on to the colours in sequence, yellow, green, brown, blue, pink, black.
http://www.abcsnooker.co.uk
brown
white
The black
The cast of Blade af Satans bog - 1920 includes: Karina Bell as Naimi (fourth sequence) Hugo Bruun as Count Manuel (third sequence) Nalle Halden as The Majordomo (second sequence) Erling Hanson as John (first sequence) Hallander Helleman as Don Gomez de Castro (second sequence) Carl Hillebrandt as Rautamiemi (fourth sequence) Halvard Hoff as Jesus (first sequence) Wilhelm Jensen as Carpenter Tenna Kraft as Marie Antoinette (third sequence) Vilhelm Petersen as Fouquier-Tinville (third sequence) Elith Pio as Joseph (third sequence) Clara Pontoppidan as Siri (fourth sequence) Sven Scholander as Michonnet (third sequence) Jacob Texiere as Judas (first sequence) Jeanne Tramcourt as Lady Genevive de Chambord (third sequence) Viggo Wiehe as Count de Chambord (third sequence) Emma Wiehe as The Countess of Chambord (third sequence) Carlo Wieth as Paavo (fourth sequence)
Colors in Thirty-Third was created on 1986-12-19.
Some sequence words are first, second, third, then, next, after that
a sequence of a story is like what happened first, second, third etc
The third one.
The one after "third" but before "fifth" in a sequence.
A Plotlist how the events happened, in the sequence they happened in. What happened first, second, third and so forth.
A recursive sequence uses previous numbers to find the next number in a sequence after the base case. The Fibonacci sequence is an example of such a sequence. The base numbers of the Fibonacci sequence are 0 and 1. After that base, you find the next number in the sequence by adding the two previous numbers. So, the Fibonacci sequence looks like so: 0, 1, 1, 2, 3, 5, 8.... So, the third number is found by adding the first and second numbers, 0 and 1. So the third number is 1. The fourth number is found by adding the second and third numbers, 1 and 1. So, the fourth number is 2. You can continue on this way forever.
* A cubic sequence is a sequence in which the third level of differences (D3) is constant. * It is represented by the function tn=an3+bn2+cn+d, where D3=6a, and a does not equal zero.
the answer is tertiary
U (fourth, third, fourth, third, etc).
There is no way. Since there are no extraneous or third-parties in an Apple device, there aren't many parts to the sequence.