In response to the NC/SC joint game.

Reply #9

CASH Only — Mon, 19 Jun 2006 19:28:29 GMT

LS was too low at 6/49. LS had the same matrix as Lotto VA, one of the three games it replaced.

Reply #8

Tnplayer805 — Sat, 17 Jun 2006 00:11:41 GMT

The game would do well if you hear in the news... Another $2 million winner last night. If you heard that on everyother newscast more people would stop and think... HMM... Someone is always winning that game. Why not give it a try. Of course when PB or MM goes over $100 million forget it. lol. But it would be something to shoot for while those games are building up to that mark. Just a thought...

Reply #7

LOTTOMIKE — Fri, 16 Jun 2006 17:01:01 GMT

i'd love a low matrix 6 number game where you could win a couple million.

Reply #6

LOTTOMIKE — Fri, 16 Jun 2006 17:00:15 GMT

some of these games could be brought back and some could very well do good if they are given the proper promotion and chance to grow.....

Reply #5

Tnplayer805 — Fri, 16 Jun 2006 16:26:38 GMT

I think if Lotto South would have had a lower matrix they would have stayed around longer. True the JP's wouldn't have been high but if there had been more $2-5 Million winners, more people would have tried since it is easier to become a millionaire by playing that game rather than MM or PB.

Reply #4

CASH Only — Fri, 16 Jun 2006 13:38:43 GMT

The 6/49 matrix in LS was too small, which had something to do with the game being replaced. I voted for 6/53.

Reply #3

Just6ntlc — Fri, 16 Jun 2006 06:22:07 GMT

I think the right size will be 6/52 (my vote) JimmySand9. When Lotto South launched in GA, KY, and VA, their matrix was 6/49. I rather think that NC/SC should have 6/52.

Reply #2

Tnplayer805 — Fri, 16 Jun 2006 04:47:47 GMT

I like the 6/49. I think that would be right size for a <$30 million game

Reply #1

LOTTOMIKE — Fri, 16 Jun 2006 00:51:36 GMT

6/42 would be nice.....

In response to the NC/SC joint game.

JimmySand9 — Thu, 15 Jun 2006 00:17:12 GMT

What do you think? I'll create some sample prize structures for the most popular matrix or matrices.