Cricket: International Discussion Thread

Pakistan won by 10 wickets.

@Whright ??
Waar bly ek? , ek bly stil.

That was an impressive batting display from the two Pakistan openers.

I would like too see them try pull that stunt off again, fluke if you ask me.
 
Waar bly ek? , ek bly stil.

That was an impressive batting display from the two Pakistan openers.

I would like too see them try pull that stunt off again, fluke if you ask me.
See them do it against us as well. So no fluke.
 
View attachment 1388180
Last year partnership 197 in alien conditions.
In the highlights I watched, the commentator said they've got 7 100+ run opening partnerships in T20I's...that's kinda nuts.

Pakistan’s batting duo of Babar Azam and Mohammad Rizwan have become the most successful batting partners in T20Is, surpassing India’s Rohit Sharma and Shikhar Dhawan.

The Indian pair had scored 1,743 runs in total 52 innings as batting partners, while Pakistan’s Babar and Rizwan surpassed them in the 36th inning as batting partners when they took Pakistan’s score to 18 runs in the third over in the second T20I against England.

They have also become the first-ever batting pair in T20Is to amass 1,800 runs as batting partners.

The Pakistani openers have seven partnerships of over 100 runs — which is also the most by any batting partners in the shortest format of the game around the world.

Next to them are KL Rahul and Rohit Sharma of India, who have five-century partnerships to their credit.

Babar and Rizwan are usually criticised as Pakistan’s top-order pair. However, the number denies what is commonly perceived against them. Their average partnership is over 53 runs per innings.

Of their 1,800 partnership runs, they have scored 1,500+ runs since the start of 2021. No other batting partner has scored even 800 runs in partnership in this bracket.
 
Aus & Ind game is on.

"Although the conditions are not perfect, the toss will be at 9:15pm IST, start at 9:30pm. Eight overs per side, two overs of the powerplay and a bowler can bowl a maximum of two overs"
 
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