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Pamplemousse

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Below is the average number of points of the opposition each team has faced so far

 

Manchester City 13.556

Aston Villa 13.444

Tottenham Hotspur 13.000

Burnley 12.556

Queens Park Rangers 12.556

Liverpool 12.556

Leicester City 12.444

Crystal Palace 12.222

Hull City 12.222

Newcastle United 12.222

Arsenal 12.111

Everton 11.889

Swansea City 11.778

Sunderland 11.667

West Ham United 11.667

Stoke City 11.556

West Bromwich Albion 11.556

Chelsea 11.444

Manchester United 11.333

Southampton 11.222

 

 

So it does confirm that we have had the easiest run in, but it's interesting to note that Man Utd have had it just as easy as us.

 

Here's the average number of points of the opposition for each team's next 5 league games

 

Queens Park Rangers 14.600

West Bromwich Albion 14.400

Sunderland 14.000

Tottenham Hotspur 13.400

Liverpool 12.400

Manchester United 12.400

Manchester City 12.200

Southampton 12.200

Arsenal 12.000

Everton 12.000

Aston Villa 11.800

Crystal Palace 11.800

Hull City 11.800

Swansea City 11.800

Leicester City 11.600

Stoke City 11.600

Burney 11.200

West Ham 10.600

Newcastle United 10.200

Chelsea 10.000

 

It'll be interesting to see how we fare in our next 5 games in comparison to Man City, who theoretically have the same level of difficulty in their next 5 matches as we do. Whereas Chelsea have it extremely easy in their next matches.

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Good grief, who worked all this out?

 

You can only beat what's put in front of you.

 

I'm driving over 400 miles on Weds night to cheer Saints on in small cup.

 

Newsflash, the season is only 9 games old, if you win 6 out of 9 you will degrade your opponents score quite significantly.

 

Enjoy it while we can, second in the not-EPL on merit and marching on Wem-blee.

 

Where's Ottery these days, always a good poster and I've a very positive mental image of his Daughter!

 

COYRs.

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But arnt their average points lower cause we beat them? Look, we all know the top 3 at the mo (Ars, City, Chelsea) , then there's the other big clubs (Tot, Man U, Everton, Liverpool) We have (in the league ) only played two out of that lot, but we have also played WHU who are doing well, Stoke who beat City, and we still have Leicester and Burley x2 games. Anything is possible and Im hoping for top 6. It would be great to knock a few of those clubs out the toop 4 or 6. Everton are ok with me, but the rest I would love to see fail even for WHU.

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But arnt their average points lower cause we beat them? Look, we all know the top 3 at the mo (Ars, City, Chelsea) , then there's the other big clubs (Tot, Man U, Everton, Liverpool) We have (in the league ) only played two out of that lot, but we have also played WHU who are doing well, Stoke who beat City, and we still have Leicester and Burley x2 games. Anything is possible and Im hoping for top 6. It would be great to knock a few of those clubs out the toop 4 or 6. Everton are ok with me, but the rest I would love to see fail even for WHU.

 

And villa twice who have looked turd.

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Below is the average number of points of the opposition each team has faced so far

 

Manchester City 13.556

Aston Villa 13.444

Tottenham Hotspur 13.000

Burnley 12.556

Queens Park Rangers 12.556

Liverpool 12.556

Leicester City 12.444

Crystal Palace 12.222

Hull City 12.222

Newcastle United 12.222

Arsenal 12.111

Everton 11.889

Swansea City 11.778

Sunderland 11.667

West Ham United 11.667

Stoke City 11.556

West Bromwich Albion 11.556

Chelsea 11.444

Manchester United 11.333

Southampton 11.222

 

 

So it does confirm that we have had the easiest run in, but it's interesting to note that Man Utd have had it just as easy as us.

 

Here's the average number of points of the opposition for each team's next 5 league games

 

Queens Park Rangers 14.600

West Bromwich Albion 14.400

Sunderland 14.000

Tottenham Hotspur 13.400

Liverpool 12.400

Manchester United 12.400

Manchester City 12.200

Southampton 12.200

Arsenal 12.000

Everton 12.000

Aston Villa 11.800

Crystal Palace 11.800

Hull City 11.800

Swansea City 11.800

Leicester City 11.600

Stoke City 11.600

Burney 11.200

West Ham 10.600

Newcastle United 10.200

Chelsea 10.000

 

It'll be interesting to see how we fare in our next 5 games in comparison to Man City, who theoretically have the same level of difficulty in their next 5 matches as we do. Whereas Chelsea have it extremely easy in their next matches.

 

I believe your methodology is flawed. Part (but not all) of the reason we appear to have faced an easy schedule is that our opponents have had to play us. Sunderland's schedule looks tougher because they opponents got to play them. If someone who understands statistics wants to do some sort of regression analysis the result would be more meaningful.

 

Of course, your look ahead doesn't suffer from that flaw.

Edited by Redslo
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I believe your methodology is flawed. Part (but not all) of the reason we appear to have faced an easy schedule is that our opponents have had to play us. Sunderland's schedule looks tougher because they opponents got to play them. If someone who understands statistics wants to do some sort of regression analysis the result would be more meaningful.

 

Of course, your look ahead doesn't suffer from that flaw.

 

Surely you just disregard the match involving the team in question?

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I believe your methodology is flawed. Part (but not all) of the reason we appear to have faced an easy schedule is that our opponents have had to play us. Sunderland's schedule looks tougher because they opponents got to play them. If someone who understands statistics wants to do some sort of regression analysis the result would be more meaningful.

 

Of course, your look ahead doesn't suffer from that flaw.

 

I've done Spearman's Rank Correlation Coefficient to see whether ease of opponent and table position have any correlation. Ranked Saints as 1st with ease, Man U 2nd, etc etc and got a Correlation Coefficient of + 0.395

 

The results are always between -1 and +1.

 

The closer to -1 you get, means that there is a negative correlation. At 0, it means there is NO correlation, and the closer to +1 you get, means there is a positive correlation. So while the hypothesis about ease of players and league position, has a slight positive correlation (ie is a little bit true), it isn't very strong (ie a little tenuous). Overall, I say that unless you have a positive correlation of over +0.5, and in reality more like +0.7, then the theory falls down.

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I've done Spearman's Rank Correlation Coefficient to see whether ease of opponent and table position have any correlation. Ranked Saints as 1st with ease, Man U 2nd, etc etc and got a Correlation Coefficient of + 0.395

 

The results are always between -1 and +1.

 

The closer to -1 you get, means that there is a negative correlation. At 0, it means there is NO correlation, and the closer to +1 you get, means there is a positive correlation. So while the hypothesis about ease of players and league position, has a slight positive correlation (ie is a little bit true), it isn't very strong (ie a little tenuous). Overall, I say that unless you have a positive correlation of over +0.5, and in reality more like +0.7, then the theory falls down.

 

F*cking hell. :lol:

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A few of these teams totals are influenced by the fact we have already beaten them, don't forget that. Yet another pointless statisticsl exercise. We"ve got people trying to show how we shouldn't be 2nd, and others trying to make us top. Think I might stick to the real premier league table, or perhaps start a new thread on it

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I've done Spearman's Rank Correlation Coefficient to see whether ease of opponent and table position have any correlation. Ranked Saints as 1st with ease, Man U 2nd, etc etc and got a Correlation Coefficient of + 0.395

 

The results are always between -1 and +1.

 

The closer to -1 you get, means that there is a negative correlation. At 0, it means there is NO correlation, and the closer to +1 you get, means there is a positive correlation. So while the hypothesis about ease of players and league position, has a slight positive correlation (ie is a little bit true), it isn't very strong (ie a little tenuous). Overall, I say that unless you have a positive correlation of over +0.5, and in reality more like +0.7, then the theory falls down.

 

What in the actual f*ck??? :scared:

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I've done Spearman's Rank Correlation Coefficient to see whether ease of opponent and table position have any correlation. Ranked Saints as 1st with ease, Man U 2nd, etc etc and got a Correlation Coefficient of + 0.395

 

The results are always between -1 and +1.

 

The closer to -1 you get, means that there is a negative correlation. At 0, it means there is NO correlation, and the closer to +1 you get, means there is a positive correlation. So while the hypothesis about ease of players and league position, has a slight positive correlation (ie is a little bit true), it isn't very strong (ie a little tenuous). Overall, I say that unless you have a positive correlation of over +0.5, and in reality more like +0.7, then the theory falls down.

 

what this means is: you can legitimately make statistics say whatever you want, depending on the answer you are looking for...

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what this means is: you can legitimately make statistics say whatever you want, depending on the answer you are looking for...

 

LOL. I would normally agree with you, but this one actually can't really fudge the answer. It just shows whether two sets of figures are tied in together and how much of a connection there is between them.

 

I think that I best get my coat and get a life!

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I've done Spearman's Rank Correlation Coefficient to see whether ease of opponent and table position have any correlation. Ranked Saints as 1st with ease, Man U 2nd, etc etc and got a Correlation Coefficient of + 0.395

 

The results are always between -1 and +1.

 

The closer to -1 you get, means that there is a negative correlation. At 0, it means there is NO correlation, and the closer to +1 you get, means there is a positive correlation. So while the hypothesis about ease of players and league position, has a slight positive correlation (ie is a little bit true), it isn't very strong (ie a little tenuous). Overall, I say that unless you have a positive correlation of over +0.5, and in reality more like +0.7, then the theory falls down.

 

some people need to get out more. then again, i am typing on an internet forum! ;)

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I believe your methodology is flawed. Part (but not all) of the reason we appear to have faced an easy schedule is that our opponents have had to play us. Sunderland's schedule looks tougher because they opponents got to play them. If someone who understands statistics wants to do some sort of regression analysis the result would be more meaningful.

 

Of course, your look ahead doesn't suffer from that flaw.

 

There's an element of truth to this, but Man City having the most difficult opponents and still being in the top 3 somewhat overshadows it.

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I've done Spearman's Rank Correlation Coefficient to see whether ease of opponent and table position have any correlation. Ranked Saints as 1st with ease, Man U 2nd, etc etc and got a Correlation Coefficient of + 0.395

 

The results are always between -1 and +1.

 

The closer to -1 you get, means that there is a negative correlation. At 0, it means there is NO correlation, and the closer to +1 you get, means there is a positive correlation. So while the hypothesis about ease of players and league position, has a slight positive correlation (ie is a little bit true), it isn't very strong (ie a little tenuous). Overall, I say that unless you have a positive correlation of over +0.5, and in reality more like +0.7, then the theory falls down.

 

How about calculating Pearson's rho on it, or Kendall's tau?

 

+0.4 is pretty significant, HTH. It's not a question of needing to be 100% correlated to have merit. Plenty of things have small positive correlation, such as the number of people who post about statistics vs the number of people who understand the subject.

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I disagree that +0.4 is significant, but that is opinion. But I am curious why you would use Pearson's r? I thought Spearman was more appropriate as we were dealing with ranked variables, but do tell why you think it mightn't be. I am sure that you could have used Kendall's tau, but as I was taught by Spearman's grand son, I rather favour him, as well as it being the more widely used. And also, let's face it, Spearman is pretty damn easy to calculate.

Edited by angelman
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jesus christ some of you lot really need to get a life, no wonder Stoke fans think we've got a lot of new fans, do you also work out the relative probability of getting laid on a night out and never actually enjoy life for what it is too!?

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jesus christ some of you lot really need to get a life, no wonder Stoke fans think we've got a lot of new fans, do you also work out the relative probability of getting laid on a night out and never actually enjoy life for what it is too!?

 

I'm married (with kids), so well know the relative probability of getting laid.

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jesus christ some of you lot really need to get a life, no wonder Stoke fans think we've got a lot of new fans, do you also work out the relative probability of getting laid on a night out and never actually enjoy life for what it is too!?

 

But they enjoy it Bud.

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How about calculating Pearson's rho on it, or Kendall's tau?

 

+0.4 is pretty significant, HTH. It's not a question of needing to be 100% correlated to have merit. Plenty of things have small positive correlation, such as the number of people who post about statistics vs the number of people who understand the subject.

 

Surely worthy of a poll?

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But they enjoy it Bud.

 

Indeed. Ironic posters spouting get a life. Absolute bs though if you ask me but nonetheless valid discussion point for a forum

 

I am with Danny Baker's view:

Why is everyone giving so much credence to the game's statistics now? Surely now we can finally see 'stats" are train spotting bull****.

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