when a piece of igneous rock is cooled underground you can tell because most of the time they don't have wholes from released air and gas because they don't let out underground because they are being compacted.
Yes you can because sometimes when lava cools is has air holes, but when the magma cools inside a volcano it usually would cool slower so it has crystals.
If you looked closely at a piece of igneous rock, you would be able to tell if it was cooled above or below ground. This is because the slower the magma cools, the more chance crystals or mineral grains have to grow in it.
69 comments:
no
No you can not.
The piece of igneous rock was cooled underground because magma is underground, and lava is above ground.
Yes, you can.
undergrond
no you can tell if it cooled above ground or underground
Maga is above ground not underneath.
I don't think that you can tell.
Yes, because one has air pockets, which creates big holes and the other does not.
It was cooled underground .
By just looking at it yes you can tell the difference between the two
No but Igneous rock is cooled above because magma is above ground so is lava so it must cool above ground.
Yes you can.
Yes I think you can tell if Igneous rock is cooled above or underground.
Yes you can
You can not tell if a piece of igneous rock has cooled above ground or below ground because it had to irrupt before it cooled.
yes because magma is underground and lava is above ground
If it was above ground then it probably has crystals.
you can it was cooled underground and the surface.
The piece of Igneous rock cooled underground because magma is found in the Earth, and lava is found above the Earth.
Yes if it melted on the surface it might have air pockets and if it's under ground it's just solid.
Yes, if a rock is made above the surface it has smaller crystals than it would if it was mad underground.
underground
igneous rock can cool underground or above ground
Yes
Nope
Igneous rock cools under the ground.
no
nope
Yes you can, because the intrusive igneous rocks cool slowly, forming crystals. The extrusive cools quickly, leaving holes and no crystals.
no
Yes if a rock is made above the surface it has smaller crystals that it would if it was made underground.
Yes you can.
yes if a rock was above ground it would have smaller crystals then a rock that was under ground.
no you cant
no you can not tell weather they cooled above or under ground because they all look the same.
You can tell if it was cool ubove ground or under.
No you can't.
Yes, you can tell if a igneous rock has cooled above ground or underground.
yes because above ground it would be igneous and below ground it would turn into crystals
underground
Igneous rock is cooled in both places
NOOOOOO
no
Yes because it would look diffrent
Yes, because above ground it might get air pockets, but below ground it won't.
no you can't
I don't really know
Yes you can because only one of them would have crystals.
Yes
Yes you can tell if an igneous rock was cooled above ground or underground.
when a piece of igneous rock is cooled underground you can tell because most of the time they don't have wholes from released air and gas because they don't let out underground because they are being compacted.
Yes you can because sometimes when lava cools is has air holes, but when the magma cools inside a volcano it usually would cool slower so it has crystals.
Yes you can tell if a igneous rock has cooled below or above ground.
If you looked closely at a piece of igneous rock, you would be able to tell if it was cooled above or below ground. This is because the slower the magma cools, the more chance crystals or mineral grains have to grow in it.
Yes because it has air pockets if it forms extrusivly.
Underground
Above ground.
No u can not
Yes because it may have air pockets.
No but Igneous rock is cooled above because magma is above ground so is lava so it must cool above ground.
I don't think you can
Yes, because it might have air holes in it.
Yes
yes you can
NO YOU CAN'T!!
Yes
it froms air pocets so yeah
Yes you can because it might have air holes in the rock.
Post a Comment