Usain Bolts WR 100m sprint averaged 37.6km/hr. Let's assume his top speed is 45km/hr
A 340% increase to reach 45 km/hr would mean his sprint velocity was previously ~10km/hr. That's 6minutes/km, a very achievable running pace for a 5k for many people
Usain Bolts WR 100m sprint averaged 37.6km/hr. Let's assume his top speed is 45km/hr
A 340% increase to reach 45 km/hr would mean his sprint velocity was previously ~10km/hr. That's 6minutes/km, a very achievable running pace for a 5k for many people
www.espncricinfo.com/series/icc-w...
www.espncricinfo.com/series/icc-w...
nebula.tv/getaway
nebula.tv/getaway
so is it live or virtual?
so is it live or virtual?
And train stations (like airports) should assume you don't know where anything is - if you can only change platforms easily using one exit from the platform that's bad design no matter how you signpost it
And train stations (like airports) should assume you don't know where anything is - if you can only change platforms easily using one exit from the platform that's bad design no matter how you signpost it
Plus if you end up at the wrong end of the platform it's easier to just go up to go down than fight
Plus if you end up at the wrong end of the platform it's easier to just go up to go down than fight
but that's probably more because I care about probability more than the design
but that's probably more because I care about probability more than the design
Maybe you could add a kind of error bar as an alternative?
Maybe you could add a kind of error bar as an alternative?
I'm sure it'd be very tricky to create a system that gave probabilities based on first innings scores but presumably there's the same amount of data as for a chase
I'm sure it'd be very tricky to create a system that gave probabilities based on first innings scores but presumably there's the same amount of data as for a chase