An elevator falls down a shaft at roughly 80mph, since you can\'t jump upwards remotely that fast even if you could time the jump correctly it wouldn\'t make enough difference to matter (I watch Mythbusters me )Originally posted by finn17
You are in a lift and the cable breaks. You start to descend rapidly.....
If, while the lift is plummetting, you jump up and down...
Actually I think you spend more time on the ground than in the air so the chances are you\'ll be landing or jumping when the impact occurs.Originally posted by finn17
...there is a good chance that you might still be in the air during one of your jumps:flip:
Lie on your back to spread the load as widely as possible - you will be hurt but you won\'t experience the \'bag of marbles\' effect. The human body can actually withstand decelerations of nearly 100gs without much harm.Originally posted by Naukhel
Fizl: That\'s a myth. All jumping in an elevator does is give you an extra few inches to fall. You have a much better chance of coming out of it if you stand on your toes and relax, to let your legs do as much shock absorption as possible.
they then pronounced that being drunk saved his life.
Originally posted by bayrodney
What if i was to jump on the Trampoline while it was travelling 80kmph (About 50mph) down the road, would i fly backward, or land back on to the trampoline?
Originally posted by tzor
Originally posted by bayrodney
What if i was to jump on the Trampoline while it was travelling 80kmph (About 50mph) down the road, would i fly backward, or land back on to the trampoline?
Consider it this way, using relativity. Suppose the trampoline was not moving at all and you started jumping when a 50 MPH hour wind was comming at you. Would you land on the trampoline?
In other words, you and the trampoline moving 50 MPH into the wind is the same as the wind moving 50 MPG into you and the trampoline. A 50 MPH wind is consiered \"gale force winds\" by the National Weather Service and \"severe gale based on the Beaufort scale.
Consider this. 120 MPH is enough to keep you vertically in the air and is used in wind tunnels for sky diving training.
In general I could not find any good references to horizontal pressures at 50 MPH but it certanly seems logical that it could easily move you several feet in the tmie it took you to jump from the trampoline to the point where gravity would return you to the trampoline. Logic dictates one should neither jump on trampolines in gale force winds nor when they are moving along at 50 MPH.
Originally posted by Evil Dave
they then pronounced that being drunk saved his life.
Originally posted by Evil Dave
When the paramedics got there, they took off his boots (Why? I have know idea.)
being drunk saved his life.
Originally posted by Evil Dave
Unless you are very drunk in which case you should live.
True, but if you drink enough, you probably won\'t remember the \"little experiment\" you wanted to try.Originally posted by tzor
Originally posted by Evil Dave
Unless you are very drunk in which case you should live.
Well assuming you fall off of the trampoline onto unforgiving pavement, having your body in a loose condition is preferable to having your body in a rigid condition in terms of breaking bones and stuff like that.
On the other hand, being drunk it might be difficult to hit the trampoline even when there is no movement or wind at all. lol
I suspect because of swelling - it would only be harder to do later.Originally posted by Evil Dave
When the paramedics got there, they took off his boots (Why? I have know idea.) you could hear bone rattling around in his steel toes
They say the same thing has saved the lives of babies and toddlers who have fallen from balconies in multi-story buildings.Originally posted by Evil Dave
He was just too drunk to be scared and go all rigid, he stayed relaxed, which allowed him to roll with it.
Originally posted by Einion
They say the same thing has saved the lives of babies and toddlers who have fallen from balconies in multi-story buildings.Originally posted by Evil Dave
He was just too drunk to be scared and go all rigid, he stayed relaxed, which allowed him to roll with it.
Originally posted by Einion
I suspect because of swelling - it would only be harder to do later.Originally posted by Evil Dave
When the paramedics got there, they took off his boots (Why? I have know idea.) you could hear bone rattling around in his steel toes
And euww!
Einion