Shared with me by a friend 😂
I cant stop picturing Chris Kamara…”there’s been a wicket at the cricket but for who Chris?”
“has there Jeff, I must have missed that. A wicket? I saw him (Bairstow) going off but I thought he was changing his gloves.”
#cricket #TheAshes #bairstow #Stokes #england #australia #sport
#sport #australia #england #Stokes #bairstow #TheAshes #cricket
Well that was a decent day of sport.
Ben Stokes is a ridiculous cricketer.
Max Verstappen is sadly a ridiculous racing driver 😂
#f1 #cricket #ashes #Stokes #verstappen #austria #sport #Sunday #grandprix #england #Englandcricket #australia
#australia #Englandcricket #england #grandprix #sunday #sport #austria #verstappen #Stokes #ashes #cricket #f1
We tell children doesn't matter if you win or lose it's how you play the game, but when a professional team plays gutsy exiting cricket because it might rain and that's the best path to winning they get criticised. It's amazing to see and loving watching this test and this England team, hope the public can let go of it's obsession with results and learn to relax and just enjoy the game more #ashes #Stokes #McCallum
GENERALIZED STOKES THEOREM:
The integral of a differential form \(\omega\) over the boundary \(\partial\Omega\) of some orientable manifold \(\Omega\) is equal to the integral of its exterior derivative \(d\omega\) over the whole of \(\Omega\).
\[\displaystyle\int_{\partial\Omega}\omega=\int_\Omega d\omega\]
#VectorCalculus #DifferentialGeometry #MultivariateCalculus #Calculus #StokesTheorem #GeneralizedStokesTheorem #Calculus #FundamentalTheorem #Manifold #Boundary #ExteriorDerivative #Stokes
#Stokes #exteriorderivative #boundary #manifold #fundamentaltheorem #generalizedstokestheorem #stokestheorem #calculus #multivariatecalculus #differentialgeometry #vectorcalculus
GENERALIZED STOKES THEOREM:
The integral of a differential form \(\omega\) over the boundary \(\partial\Omega\) of some orientable manifold \(\Omega\) is equal to the integral of its exterior derivative \(d\omega\) over the whole of \(\Omega\).
\[\displaystyle\int_{\partial\Omega}\omega=\int_\Omega d\omega\]
#VectorCalculus #DifferentialGeometry #MultivariateCalculus #Calculus #StokesTheorem #GeneralizedStokesTheorem #Calculus #FundamentalTheorem #Manifold #Boundary #ExteriorDerivative #Stokes
#Stokes #exteriorderivative #boundary #manifold #fundamentaltheorem #generalizedstokestheorem #stokestheorem #calculus #multivariatecalculus #differentialgeometry #vectorcalculus
GENERALIZED STOKES THEOREM:
The integral of a differential form \(\omega\) over the boundary \(\partial\Omega\) of some orientable manifold \(\Omega\) is equal to the integral of its exterior derivative \(d\omega\) over the whole of \(\Omega\).
\[\displaystyle\int_{\partial\Omega}\omega=\int_\Omega d\omega\]
#VectorCalculus #DifferentialGeometry #MultivariateCalculus #Calculus #StokesTheorem #GeneralizedStokesTheorem #Calculus #FundamentalTheorem #Manifold #Boundary #ExteriorDerivative #Stokes
#Stokes #exteriorderivative #boundary #manifold #fundamentaltheorem #generalizedstokestheorem #stokestheorem #calculus #multivariatecalculus #differentialgeometry #vectorcalculus
Mooie cover van #NRC #wetenschap. Ik schreef over blowups en gereduceerde-orde-modellen van de beroemde stromingsvergelijkingen van #Navier en #Stokes. https://www.nrc.nl/nieuws/2022/12/09/alles-stroomt-maar-de-wiskunde-daarachter-is-nog-goeddeels-onbegrepen-a4150762
#Stokes #navier #wetenschap #nrc
My masto feed went down earlier during #EngvPak. Feeling sorry for #Afridi and rest of the #pakistan team, but the skill of #curran and #rashid in particular was extraordinary. And the sheer minerals on #Stokes - mind blowing.
#ENGvPAK #Afridi #pakistan #curran #rashid #Stokes