- #1
linux kid
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...until you reached the core, what would happen? Would you have created a new volcano? or...
If you diged so deep into the earth
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In summary, the core of the Earth is very hot and dangerous, and it would be very difficult to reach it with a shovel. If you did manage to reach the core, you would likely die in the process.
- #2
Chi Meson
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Oh my goodness. Where do we start?
I can assure you your little shovel will have melted before you reach the core.
Here's a place to start.
http://www.mhhe.com/physsci/astronomy/arny/student/webtutor/earth_core/index.htm
I can assure you your little shovel will have melted before you reach the core.
Here's a place to start.
http://www.mhhe.com/physsci/astronomy/arny/student/webtutor/earth_core/index.htm
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- #3
AngeloG
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If you got a "very expensive" shovel and a "very expensive" body suit that didn't melt, nor' did you die in the process.
Here's a thought -> What is the very definition of a volcano? If you did create a tunnel to the center of the earth, would it create the definition of a "volcano"?
*EXAMPLE* Let's say the very definition of a Volcano is that it has to shoot out lava/magma (This isn't the definition by the way). If you created such a tunnel, would there be pressure to shoot out lava or would it just flow out?
Here's a thought -> What is the very definition of a volcano? If you did create a tunnel to the center of the earth, would it create the definition of a "volcano"?
*EXAMPLE* Let's say the very definition of a Volcano is that it has to shoot out lava/magma (This isn't the definition by the way). If you created such a tunnel, would there be pressure to shoot out lava or would it just flow out?
- #4
Evo
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You wouldn't need to go to the core to find magma. Resevoirs of magma are usually fairly close to the Earth's surface.
- #5
Moonbear
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Now, how would you keep your hole from continuously filling back in? If you thought OSHA got in a tizzy about proper supports if your hole gets larger than waist-deep, just wait until they hear about plans to dig to the center of the Earth! :rofl:
- #6
edward
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This is what happens when you dig too deep.
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- #7
Integral
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Consider that the Earth's crust is eggshell thin in comparison to the Earth's radius. It is impossible to dig a hole beyond the crust simply because the mantle is not solid, how do you dig a hole in liquid?
It seems like it would be possible to open a path for magma to flow to the crust. It is not clear to me how wide a hole would have to be for this to happen. While the mantle is liquid it is very viscious so would not flow through just any hole.
It seems like it would be possible to open a path for magma to flow to the crust. It is not clear to me how wide a hole would have to be for this to happen. While the mantle is liquid it is very viscious so would not flow through just any hole.
- #8
matthyaouw
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If you and your little shovel were to dig a hole that deep, the only thing you'd have in greater excess than hot rock would be spare time.
- #9
dontdisturbmycircles
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Start digging and find out!
Just kidding.
Just kidding.
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- #10
Andre
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Some misconceptions here, the mantle is thought to be solid but parts are elastic.
But you really get in trouble when you hit the outer core.
The liquid iron would be forced up, while the pressure is released whilst you float on liquid iron, you will go up too, until you bump your head against the plastic astenosphere, which started to fill up your hole.
Source: http://www.enchantedlearning.com/subjects/astronomy/planets/earth/Inside.shtml
But you really get in trouble when you hit the outer core.
The liquid iron would be forced up, while the pressure is released whilst you float on liquid iron, you will go up too, until you bump your head against the plastic astenosphere, which started to fill up your hole.
Source: http://www.enchantedlearning.com/subjects/astronomy/planets/earth/Inside.shtml
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1. How deep can you dig into the earth?
The deepest humans have ever dug into the earth is approximately 7.5 miles, or 12 kilometers, which was achieved by the Kola Superdeep Borehole in Russia. However, this is still just a fraction of the Earth's total depth, as its core is roughly 4,000 miles deep.
2. What tools are used to dig into the earth?
The tools used to dig into the earth vary depending on the depth and purpose of the dig. For shallow digs, shovels, pickaxes, and excavators are commonly used. For deeper digs, specialized drilling equipment such as rotary drills, augers, and tunnel boring machines are employed.
3. Is it safe to dig deep into the earth?
Digging deep into the earth can be dangerous, as there are many hazards such as cave-ins, gas explosions, and the release of toxic gases. Proper safety measures, training, and equipment are necessary to ensure the safety of those involved in the dig.
4. What can we learn from digging deep into the earth?
Digging deep into the earth allows us to gather valuable information about the Earth's composition, structure, and history. It can also provide insight into how the Earth has evolved over time and how it may continue to change in the future.
5. Can digging deep into the earth cause earthquakes or other natural disasters?
In some cases, digging deep into the earth can trigger small earthquakes, particularly if the digging is near a fault line. However, these earthquakes are usually minor and do not cause significant damage. Proper precautions and monitoring can help minimize the risk of triggering natural disasters during digs.
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