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Wednesday, September 21, 2011
Erosional Forces
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The types of erosional forces are dropping sediments,mass movement,etc...They do have some of the same forces of erosion or weathering.Some types of weathering and erosion you might see at these sites are mechanical weathering and mass movement.
You might see some ice wedging, or mechanical weathering. or some chemical weathering.
Dropping sediments and mass movement are erosional going on.They do have the same forces of erosion or weathering.Some erosion that's going on is mass movement, deposition and dropping sediments.Some weathering going is mechanical.
one of the erosion forces is land slides, when a landslide occurs, large piles of sediment and rock move downhill causing a hill or mountain to get steeper depending on how much land slid.this would be a force of erosion. at the grand canyon you might see land slides and at mount washington you might see mass movement which is any type of erosion that happens due to gravity.
they are dropping sediments and mass movement, they have the same weathering , and most of the weathering is mechanical !!!
mass movement, ice wedging.
The Grand Canyon and the mountain have some of the same weathering,but not a lot.
erosion that's going on is mass movement, and some ice wedging, and weathering, mechanical
Well you can see some mass movement, creep, ice eroded rock. They have some of the things as weathering such as some mechanical weathering.
1.Dropping Sediments and Mass Movements
2. They Do have The same
3.Mechanical weathering mass movement
Mass movement and dropping sediment are the types of erosional forces. You might see mechanical weathering.
1. The type of erosional forces that work at each of those sites is water.
2. Yes they do have some of the same forces.
3.some types of weathering you might see is mechanical weathering.
The type of force is mass movement. Yes they do have some of the same forces. Some types of weathering you might see is mechanical weathering.
1 Grand Canyon has erosion by gravity, age, and water.
Part II Mt. Washington has erosional forces caused by wind, water, gravity, glaciers, and snow.
2 Both places have erosional forces caused by gravity.
The types of erosional forces are mass movement, different sediments, and an esker. They only have SOME of the same forces. There are mechanical weathering and massmovement.
the grand canyon is an esker.
mount washington is a mass movement. yes they do like how it goes steep then falls down.
1. They both have water in them.
2. They both have mech. weathering because the water comes from rain.
3. Some types of weathering you might see is mech. weathering, chem. weathering, and mass movment.
1.The erosional forces are Mass movement and Dropping sediments.
2.some of the same and some are different.Erosional and weathering.
the types of erosional forces in these pictures are the tipes of erosion are mass movements, droping sedements, creep, etc. yes they do have the same types of weathering and erosion except for snow. there is no snow in the grand canyon but, there is on mt. washington.
The erosional forces that are at work at each sites is rockslides and rockfalls.No they don't have the same forces of erosion or weathering.They don't because one is a mountain and the other one is a canon.In the grand canon has rockslides and the mountain has rockfalls.
the types of erosional forces that could happen would be, A slump, depositation, creep, and mass movement.
I think at Mount Washington there's ice wedging, and at the Grand Canyon there is mechanicl weathering. I think they both have a form of mechanical weathering. At the Grand Canyon and Mount Washington there is probably mechanical weathering.
At the grand canyon I think there is mecanical weathering cause' there are lots of ridges and holes there. that's why its such a tourist place.
The erosional forces that are at work at each sites is rockslides and rockfalls.No they don't have the same forces of erosion or weathering.They don't because one is a mountain and the other one is a canon.In the grand canon has rockslides and the mountain has rockfalls
water
1. Mass Movements
2. They have the same
3. Mechanical weathering
I think mount washington has ice wedging cuse there is lots of grooves and marks from it.
rock falls are at both
1. you can see that the figure was eroded a lot.
2. this picture is a mountain
The types of erosional forces are dropping sediments,mass movement,etc...They do have some of the same forces of erosion or weathering.Some types of weathering and erosion you might see ARE DIFFERENT!!!
wind,water,ice wedging
The types of erosional forces are dropping sediments,mass movement,etc...They do have some of the same forces of erosion or weathering.Some types of weathering and erosion you might see at these sites are mechanical weathering and mass movement.
The two pictures above are the Grand Canyon and Mount Washington. What types of erosional forces are at work at each of these sites? Do they have any of the same forces of erosion or weathering? What are the types of weathering and erosion you might see at the Grand Canyon or on Mount Washington. Use vocabulary words from chapter 3 in your post.
They do and they are mechanical weathering and ice wedging.
1.Dropping Sediments & Mass Movement.
2.Some of the same forces of erosion or weathering.
3.Mechanical Weathering & Mass Movement.
mecanical weathering is the reason for all the ridges and holes and that is why it is such a torist area too
Emilym they both have rock falls
1 Mount Washington there is ice wedging and the grand canyon there is mechanical weathering. They don't have the same forces.
i think the erosional forces are dropping sediments and ice wedging.
the types of erosion you would see at Mount washington are ice wedging
the types of erosion at the grand canyon are dropping sediments.
1. The type of erosional forces I think is mass movement and dropping sediments 2. Yes except for snow 3. you may see snow at mount washington but not the grandcanyon
I think at Mount Washington there's ice wedging and at the Grand Canyon there is mechanical weathering. I think they both have a form of ice wedging.At mt washington and grand canyon there is ice wedging and mass movement.
The type of erosional forces are dropping sediments and mass movement. They have some erosion forces like the forces of erosion and weathering. Some that you might see are mechanical weathering and mass movement.
i think it was formed by running water
i think that the grand canyon was made by water and mount washington with ice wedging
The erosional forces were rocks slides, eskers, rockmalls, slump. Some of the the forces are the same.
1.the type of erosional forces that are at work would be Mass movement, and dropping sediments because mass movment is when gravity pulls materials downslope. and dropping sediments is about the same thing. i will finnish me post later.
The Erosional forces that are at work in the areas above are mass movement, and they have very similar weathering and erosional forces.
So, do i seem smarticle? if not, make this face at me in real life :( Sorry, that was probably disrespectful.
The erosional forces at work at the grand canyone are mostly water and probably some wind,the forces at work on mount washington is all wind, the types of erosional forces you might see are mass movments.
I believe that they have rock slides in common. The other erosional force i think they share in common is glaciers. The entire world was covered in glaciers in the last ice age. They probably carved both of them.
there is probably some ice wedging going in both places and some dropping sediments , because of the big slopes on the moutain and the ice wedging and the gravitational pull the "sediments" will fall and usually create an avalanche.
1. Mass movement, dropping sediment
2. Mechanical weathering from wind and water
In the picture of the Grand Canyon water is doing the erosion. In picture of Mount Wahshington it could be wind erosion. There could be wind in the Grand Canyon too.
Some erosional forces would be dropping sediment and mass movement. I think that they do have the same weathering like mass movements.
I think that some of the erosional forces are mass movement, dropping sediments,rock slides, mudslides and rock falls. Also they do probably have both of the types of weathering.
the forces of weathering that erode the grand canyon was water. the weathering on mount washington was wind.
The types of erosional forces are mass movements and dropping sediments. Both of the pictures have to do with mechanical weathering with the mountains and the slopes.
Dropping sediments, mass movement... They have some of the same forces of erosion or weathering. Some types of erosion and weathering you may see at these sites are mass movement and mechanical weathering !
erosional forces are mass movement, dropping sediment... they do have some of the same forces. some of the erosion you might see is mass movement and mechanical weathering.
In the first picture water is eroding the canyon. In the second picture wind and ice wedging are wearing down the mountain. Both have a form of water helping wear them down. But other than that they are using separate forces. At the grand canyon you might see slump or creep toward the river. And on occasion you might see a mass movement like a rock slide into the river. At Mount Washington you will see avalanches, creep downhill, and rocks falling from ice wedging.
there was some dropping sediments involved too
I know that the grand canyon was carved by the Colorado river. Both are being eroded by water. Mt. Washington probably has ice wedging. There is probably extreme wind erosion on Mt. Washington. (Weren't the fastest ever winds recorded there?)
There probably is dropping sediment in both cases.
the two types of erosion mass movement and dropping sediment
Dropping sediment and mass movement are moving massively
and ice wedging "matt c."
There might be avalanches on Mount Washington. There might be rockslides in both cases.
1. Some of the erosional forces in play are avalanches, rockslides, water, snow melting, and evaporation.
2. Yes they have quite a few of the same forces.
Some of the forces in both places is gravity and wind.
the Colorado river was the body of water that carved out the grand canyon
you forgot the river on washington/tuckermans
cameron
The types of erosion and weathering on both MT. Washington and the Grand Canyon are different because of the different types of climate. Like on Mt. Washington, there might be more ice wedging then in the Grand Canyon.
1.Some weathering and erosional forces you could see on MT. Washington could be ice wedging, plucking, glaciers, slump, dropping sediments, and rock slides or rock falls.
2.Some weathering and erosional forces you could see in the Grand Canyon could be animals and plant roots digging in the soil, slump, water eroding away the rock, and maybe some ice wedging if it gets cold enough during the night. There might also be some creep.
3.MT.Washington and the Grand Canyon have a lot of the same types of weathering and erosional forces. Some are animals digging in the soil, plant roots, ice wedging, slump, creep,and water eroding away the rock.
1) The grand canyon's Colorado river is a force of erosion. The water has slowly carved through rock face to from the canyon. Also, I think that the canyon would be a "funnel" for wind, possibly getting high wind speed.
2) Until recently, Mount Washington had the word record for top wind speed. Wind comes across the country and over Mt. Washington. There are also two lakes near a small hut for hikers to stay at near the summit. There are several waterfalls and rivers coming off of the lake.
3) Mount Washington and The Grand Canyon both have wind and water erosion.
Some of the erosional forces at work at the Grand Canyon include running water from the Colorado River, land and mudslides down the side of the canyon, and creep. Erosional forces on Mt. Washington can include avalanches toward the summit and especially in the winter and land or mudslides toward the base especially in the summer.
The Grand Canyon's immensely deep trench was formed by the power of rushing water. The river in the picture was probably the source of the destruction. Mount Washington was probably formed by the plates crashing into one another, forming a mountain, and the ridged top was probably created from the snow and rain on top. Both structures were created with water, which is the similarity. In Mount Washington you might see some ice wedging, avalanches, rock slides and rockfalls. The Grand Canyon was most likely created by the wind, the river, and rockfalls and rock slides. Rockfalls and rock slides were probably created by animals and/or plants
Wind, water, gravity, and glaciers effect both sites. Ice wedging only effects Mt. Washington because it has a much cooler temperature than the Grand Canyon. They do have some of the same forces like wind and water. You would probably see lots of mechanical weathering at both spots.
Many of the erosional forces here are water erosion, slump, and ice wedging to a greater extent in Mt. Washington. These forces are mainly the same in both Arizona and the White Mountains except the Grand Canyon is more drastically effected by water, and Mt. Washington is more effected by ice wedging.
The types of erosion and weathering on both MT. Washington and the Grand Canyon are different because of the different types of climate. Like on Mt. Washington, there might be more ice wedging then in the Grand Canyon.
1.Some weathering and erosional forces you could see on MT. Washington could be ice wedging, plucking, glaciers, slump, dropping sediments, and rock slides or rock falls.
2.Some weathering and erosional forces you could see in the Grand Canyon could be animals and plant roots digging in the soil, slump, water eroding away the rock, and maybe some ice wedging if it gets cold enough during the night. There might also be some creep.
3.MT.Washington and the Grand Canyon have a lot of the same types of weathering and erosional forces. Some are animals digging in the soil, plant roots, ice wedging, slump, creep,and water eroding away the rock.
The Grand Canyon Is More Drastically Effected By Water And Mt. Washington Is More Effected By Ice Wedging
1. at the grand canyon would have rock slides land slides
2. and mt. washington would have avalanches
Mass movement slump and icewedgeing and becuase Mt washition is cooler then Grand canyon
water go down
mass movement, ice wedging.
The Grand Canyon and the mountain have some of the same weathering,but not a lot.
erosion that's going on is mass movement, and some ice wedging, and weathering, mechanical
ice wedging chemical and mechanicl
and bob
oh yeah and the grand canyon was formed by water
THE GRAND CANYON HAS WATER GOING THROUGH IT AND MT. WASHINGTON HAS ICE WEDGING.
gravity?
rocks?
Water, Snow, Land Slides, Rock Slides, Creep.
Gravity and rocks??
pie
i think ice wedging and mechanical wheathering
1.Dropping sediments and mass movement.
2.Same weathering.
3.Some of the weathering is mechanical.
i think water formed the grand canyon.
i think snow and vechiles and water formed MT washington
I love Justin Bieberr<3
idk
stuff
peter Likes Pie...(:
1.gravity,water,wind,and ice.
2.yes
3.weathering, creep, and mud flow
Gravity, Water, and Air formed the grand Canyon! =D
water flowing through made the grand canyon.wind ,rain, and ice wedging probily made mt.washington look like it does.yes they do have the same types of weathering.ice wedging,water,rain!
i think it broke down over time :)
the have been iroted by wind and rain and has been worn down by them an it all so gets mudslides and also icewedging
bean lard mulch
The types of erosional forces are dropping sediments,mass movement,etc...They do have some of the same forces of erosion or weathering.Some types of weathering and erosion you might see at these sites are mechanical weathering and mass movement.
i like pie
so the snow turns in to a putty-like substance and that is what makes a glacier move
i like cupcakes
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