The gravity pulls the rocks together and the weight of the rock is equal on each side side it balances on top of the other. There is also most likely a divet in the rock so that the other rocks spire goes into which causes friction.
The gravity pulls the rocks together and the weight of the rock is equal on each side side it balances on top of the other. There is also most likely a divet in the rock so that the other rocks spire goes into which causes friction. (totally did not copy Will)
I think maybe it was erosion by wind or water that made the lower rock that used to be bigger than it, and now they are still together even though the one on the bottom is smaller. Maybe, I don't know.
The gravity pulls the rocks together and the weight of the rock is equal on each side side it balances on top of the other. There is also most likely a duvet in the rock so that the other rocks spire goes into which causes friction. (totally did not copy Tyler)
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The rock is balanced on both sides and gravity pulls it into the other rock and got there when the glaciers melted it put the rock equally balanced on the other rock.
When the glaciers melted, the rocks were placed in the perfect place and there was equal weight on both sides so the rocks have been staying like that for years.
50 comments:
It has an equal amount of weight on each side of the rock.
gravity is holding the rocks together
i think magic makes it possible
I think that it is equally balanced so it doesn't fall over.
the rock is more dense on one side.
The gravity pulls the rocks together and the weight of the rock is equal on each side
the rock is balancing on the other rock
The rock is balancing on the other rock.
The bolder is balanced on the rock.
the rock is balancsd on the other rock
gravity is holding the rocks together.
I think that it is equally balanced so it doesn't fall over.
I think gravity makes it possible.
The big rock is either balancing on the little rock, or someone super glued them together.
The rock is staying up because it is balanced and gravity holds it together.
I think magic makes it possible.
I think that gravity is holding the rock.
One rock is balancing on another rock. This might be possible because the rock has equal weight on both sides so it is not falling.
The gravity pulls the rocks together and the weight of the rock is equal on each side side it balances on top of the other. There is also most likely a divet in the rock so that the other rocks spire goes into which causes friction.
Gravity pulls the rock together and the weight is equal on both sides.
i think both sides are equal.
The gravity pulls the rocks together and the weight of the rock is equal on each side side it balances on top of the other. There is also most likely a divet in the rock so that the other rocks spire goes into which causes friction. (totally did not copy Will)
gravity is pulling the rocks together.
I think gravity and mass are holding these together
I think maybe it was erosion by wind or water that made the lower rock that used to be bigger than it, and now they are still together even though the one on the bottom is smaller. Maybe, I don't know.
The weight of the rock is equal on both sides so it is able to sit.
Balance and the gravity
The weight is even on both sides so it stays like that.
The gravity pulls the rocks together and the weight of the rock is equal on each side side it balances on top of the other. There is also most likely a duvet in the rock so that the other rocks spire goes into which causes friction. (totally did not copy Tyler)
grivatey
gravity and mass keeps the rocks together
I think gravity is helping the bigger rock stay on top of the smaller rock.
the butm rock has eaving srfis areau wich helps with the balsin of the top rock cus the wite is eafin out
There is an equal amount of weight on either side of the rock .
Gravity pulls the rocks toge't'her and equals the 外国合同
it's equally balanced
Gravity is holding it down, and there is an equal amount of weight on each side of the rock, holding it in place on the other rock.
The gravity pulls the rocks together and the weight of the rock is equal on each side
the weight is balanced between each side of the rock.
it the ROCK JOHNSON ROCK JOHNSON ROCK JOHNSON ROCK JOHNSON ROCK JOHNSON ROCK JOHNSON ROCK JOHNSON ROCK JOHNSON ROCK JOHNSON ROCK JOHNSON ROCK JOHNSON ROCK JOHNSON ROCK JOHNSON ROCK JOHNSON ROCK JOHNSON ROCK JOHNSON ROCK JOHNSON ROCK JOHNSON ROCK JOHNSON ROCK JOHNSON ROCK JOHNSON ROCK JOHNSON ROCK JOHNSON ROCK JOHNSON ROCK JOHNSON ROCK JOHNSON ROCK JOHNSON ROCK JOHNSON ROCK JOHNSON ROCK JOHNSON ROCK JOHNSON ROCK JOHNSON ROCK JOHNSON ROCK JOHNSON ROCK JOHNSON ROCK JOHNSON ROCK JOHNSON ROCK JOHNSON ROCK JOHNSON ROCK JOHNSON ROCK JOHNSON ROCK JOHNSON ROCK JOHNSON ROCK JOHNSON ROCK JOHNSON ROCK JOHNSON ROCK JOHNSON ROCK JOHNSON ROCK JOHNSON ROCK JOHNSON ROCK JOHNSON ROCK JOHNSON ROCK JOHNSON ROCK JOHNSON ROCK JOHNSON ROCK JOHNSON ROCK JOHNSON ROCK JOHNSON ROCK JOHNSON ROCK JOHNSON ROCK JOHNSON ROCK JOHNSON ROCK JOHNSON ROCK JOHNSON!!!!!
I think gravity, equal mass, and balance.
I think ballance, gravity and ice age.
The rock's weight is equal on each side, and then the gravity is pulling the top rock towards the other rock and earth.
Gravity pulls the rocks together and the weight of each of the rocks is the same.
Its equally balanced on each side
The rock is balanced on both sides and gravity pulls it into the other rock and got there when the glaciers melted it put the rock equally balanced on the other rock.
it freezes on ice and then the ice melted and they sit on each other.
When the glaciers melted, the rocks were placed in the perfect place and there was equal weight on both sides so the rocks have been staying like that for years.
I think gravity is holding down and the bottom rock is flat on top.
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