Hi all if I bet 5 selections I don't bet the singles so thats 10 doubles 5 fourfold and 1 fivetimer but for two winners how .any doubles won if I get 3 winners how many doubles and trebles then 4 winners then 5 winners
You've missed out the trebles in your bet, 5 horses equals 10 doubles, 10 trebles 5 4 timers and 1 5 timer, 26 bets in all. 2 winners equals 1 double, 3 winners = 3 doubles and 1 treble, 4 winners = 6 doubles, 4 trebles and 1 4 timer, 5 winners= 10 ds, 10 trs, 5 4 timers and 1 5 timer, as in your perm.
You've missed out the trebles in your bet, 5 horses equals 10 doubles, 10 trebles 5 4 timers and 1 5 timer, 26 bets in all.2 winners equals 1 double, 3 winners = 3 doubles and 1 treble, 4 winners = 6 doubles, 4 trebles and 1 4 timer, 5 winners= 10 ds
to explain rather than doing the counting for you, you have these bets:
Doubles:
AB AC AD AE BC BD BE CD CE DE
Trebles
ABC ABD ABE ACD ACE ADE BCD BCE BDE CDE
Four-folds
ABCD ABCE ABDE ACDE BCDE
Five-folds
ABCDE
So for two winners, assume A & B win and count your winning lines, for three assume A, B & C, for four assume A, B, C & D and clearly for five A, B, C, D & E
to explain rather than doing the counting for you, you have these bets:Doubles:ABACADAEBCBDBECDCEDETreblesABCABDABEACDACEADEBCDBCEBDECDEFour-foldsABCDABCEABDEACDEBCDEFive-foldsABCDESo for two winners, assume A & B win and count your winning lines, fo
Simple approach for any perm you wish to do Say you do trebles from 6 selections so you take the second number which is six selections & the do multiplication of
6X5X4= 120 ( 3 multiplications for trebles )
Then take the first part trebles ( 3 selections ) & do
3x2x1 =6
Then divide the second total into the first 120 divided by 6 =20 selections.
Same approach for 4 folds from 6 except you times 4 numbers for four folds.
so
6x5x4x3 = 360
4x3x2x1 =24
24 into 360 = 15
this can be done with say 8 folds from 12 as well as any other perm you wish do do.
Simple approach for any perm you wish to doSay you do trebles from 6 selectionsso you take the second number which is six selections & the do multiplication of 6X5X4= 120 ( 3 multiplications for trebles )Then take the first part trebles ( 3 selection
Very simple fraction for working out `how many from how many`, similar to pumphol`s
Start with the number of selections, in this case I`ll pick `7` So, write down `7` as the first entry on the top half of the fraction; then count down all the numbers, down to 1, giving us 7 6 5 4 3 2 1, which is the top half of the fraction. Now, let`s assume you want to know `how many five-timers from seven selections?`; so start the bottom line of the fraction with that `5`, and count down to `1` again, giving us
7 6 5 4 3 2 1 ------------- 5 4 3 2 1
Next, subtract your `how many` number, (5) from your `total selections` (7), leaving in this case `2`. Add this number to the bottom half of the fraction, and count down to one again.
7 6 5 4 3 2 1 ------------- 5 4 3 2 1 2 1
Cancel out any numbers that are in both top and bottom, leaving
7 6 --- 2 1
7x6=42 ------ 2x1-2
42 -- 2 = 21 five-timers from seven selections
Another example; how many four-timers from ten selections?
but we can multiply the bottom `4` and `2` to make `8`, which then cancels the top half `8`, so
10x9x7 ------ 3x1
Cancel the bottom `3` with the top `9`, leaving
10x3x7 ------ 1x1
210 --- 1
so 210 four-timers from 10 selections
Going back to the OP, `doubles from five selections`
5 4 3 2 1 --------- 2 1 3 2 1
5x4 ---- 2x1 =10 doubles
5 4 3 2 1 --------- 3 2 1 2 1
5x4 --- 2x1= 10 trebles
5 4 3 2 1 --------- 4 3 2 1 1
5 - 1 = 5 four-timers
Very simple fraction for working out `how many from how many`, similar to pumphol`sStart with the number of selections, in this case I`ll pick `7`So, write down `7` as the first entry on the top half of the fraction; then count down all the numbers,
Also, for doubles only, take the number of selections, subtract 1, multiply these figures then divide by 2
Doubles from 5? 5x4 divided by 2 = 10 From 6? 6x5 divided by 2 = 15 From 7? 7x6 divided by 2 = 21
Also, for doubles only, take the number of selections, subtract 1, multiply these figures then divide by 2Doubles from 5? 5x4 divided by 2 = 10From 6? 6x5 divided by 2 = 15From 7? 7x6 divided by 2 = 21
Long, long,time ago when I was a betting shop manager,I had a punter who used to do every day combinations in the same races, eg 3x2x4x3 but I'm b.ggared if I can remember how to work it out.
Long, long,time ago when I was a betting shop manager,I had a punter who used to do every day combinations in the same races,eg 3x2x4x3 but I'm b.ggared if I can remember how to work it out.
Got my own answer, If I remember correctly,you work out the amounts by putting on the ladder for settling trebles Yankees etc For example Henderson's runners today 2x3x1x2x2 vertically, which I did quickly =223 bets, correct me I'm wrong, it's been a long time.
Got my own answer, If I remember correctly,you work out the amounts by putting on the ladderfor settling trebles Yankees etcFor example Henderson's runners today 2x3x1x2x2 vertically, which I did quickly =223 bets,correct me I'm wrong, it's been a lo
pascals triangle add above numbers to produce new number....row 1....................................1.......................................................1 selection, 1 singlerow 2 ..............................1......2........1...................