How could it be possible for a mountain range to be continually pushed up but not get any higher?

Answer 1

Oh, dude, that's like asking how I can eat Pizza all day and not gain weight. So, here's the deal: the mountain range could be continually pushed up by tectonic forces, but at the same time, erosion could be wearing down the peaks, keeping the overall height relatively constant. It's like a never-ending battle between the forces of nature, man.

Answer 2

Well, isn't that just a happy little mystery! You see, when a mountain range is continually pushed up by tectonic forces, erosion also plays a role in shaping the landscape. So, while the forces push the mountains up, erosion works to wear them down, creating a delicate balance that can give the illusion of the mountains staying the same height. It's all part of nature's beautiful dance of creation and change.

Answer 3

Well, honey, it's simple physics. See, when two tectonic plates collide, they can cause one plate to be pushed up to form a mountain range. But at the same time, erosion is working its magic, wearing down the mountains and keeping them from getting any higher. So, it's like a never-ending battle between uplift and erosion - a real drama queen situation in the world of geology.

Answer 4

Contradicting forces could make it possible for a mountain range to be continually pushed up but not get any higher. It could be continually pushed up while at the same time experiencing an equal amount of wind erosion resulting in it staying at the same level.

Answer 5

If the mountain range is being continually pushed up at the same rate as erosion is wearing it down, then it could maintain a relatively constant height. The forces of uplift and erosion are in equilibrium, balancing out any changes in elevation over time.