trousers

Hope Pardew doesn't tinker with the line-up at half time....

Yes! Lambert!!!!

Saints corner. 3 mins til half time

Will Pardew even consider mixing things up at half time or is it simply not in his psyche?

Scoreline: Alpine 4 Reactions to Alpine 47

Norman Collier on Saints Player again

Good shot Lallana. Saved

How many times has Pardew made a tactical sub at half time this season? Nearly 2-0 - off the bar

Rovers nearly scored again as he was posting so I guess he just added that bit in brackets at the last second. All very innocent I'm sure.

Pardew won't make any changes at half time. He'll wait until 70 mins

Nearly equalised (Hammond)

Bring on Barnard

Nearly 2-0

Goal. 1-0 Rovers FFS

Plenty chances of that if we win I reckon....

Well done Trousers. Anyone else spot on with their prediction....?

Debatable. We had to mentally deal with our penalty at the beginning of the season. I suspect it had an impact on the players psychologically. Portsmouth got their penalty towards the end of the season when their fate was pretty much determined already. Our first 10 games of the season may have had a different outcome without the -10 point stigma.

Naturally...

The sort of sweeping statement that dreadfully awful rag the Daily Mail would come out with....tsk tsk ;-)

If y = k, then y' = 0 The Derivative of a Constant is 0 If ƒ(x) = k for some constant k, then ƒ'(x) = 0 2. Power Rule If y = x", then y' = nxn-1 If ƒ is a differentiable function, and if ƒ(x) = x", then ƒ'(x) = nxn-1 for any real number n 3. Exponential Rule: If y = ex, then y' = ex 4. Logarithm Rule: If y = 1n|x|, then y' = 1/x 5. Constant Times a Function Rule: If y = kƒ, then y' = kf ' 6. Sum Rule If y = ƒ g, then y' = ƒ' g' 7. Product Rule If y = ƒg, then y' = ƒg' ƒ' g If ƒ and g are differentiable functions such that y = ƒ(x)g(x), then y' = ƒ(x)g' ƒ' (x)g(x) 8. Difference Rule If y = ƒ - g, then y' = ƒ' - g' 9. Quotient Rule To remember this formula: Simply remember that b comes before t in the alphabet Thus, the bottom function times the derivative of the top minus the top times the derivative of the bottom, all divided by the bottom squared!

Dustin

Hale & Pace

Shouldn't we be applauding Boyle for treating all his 'targets' equally?

Archbishop

What happened to the rest of Hampshire?