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What else can I help you with?
When a glacier is retreating does the upstream ice is still moving forward toward the downstream terminus of the glacier?
Yes, even when a glacier is retreating, the ice in the upstream region is still moving slowly forward towards the downstream terminus. This movement is due to the constant flow of ice within the glacier caused by gravity and pressure.
To rush forward with force like a wave?
surge
Is it true that hurricanes travel forward at about 10-15 mph?
Yes, hurricanes typically move forward at a speed of 10-15 mph but can vary depending on different factors. The forward speed of a hurricane is an important factor in determining its impact on a specific area.
Errors in forecasting the forward speed of the hurricane can affect?
Errors in forecasting the forward speed of a hurricane can affect the accuracy of predicting the hurricane's landfall location and time. A slower forward speed may result in prolonged periods of heavy rainfall and increased flood risk, while a faster forward speed can lead to the hurricane impacting different areas than initially anticipated. Overall, errors in forecasting the forward speed can significantly impact evacuation plans and disaster response efforts.
Under what circumstances will the front of a glacier advance?
A glacier is always moving forward (downhill). In the winter, the glacier usually isn't melting and its front edge (or "toe") will advance downhill. In the summer, the toe of the glacier usually melts faster than the glacier is moving forward, causing the front edge of the glacier to recede. If the recession in the summer is greater than the advance in the winter, then the glacier as a whole is receding and will eventually disappear. That is what is currently happening to most of the glaciers in North America and many other places around the world.
When a glacier is retreating does the upstream ice is still moving forward toward the downstream terminus of the glacier?
Yes, even when a glacier is retreating, the ice in the upstream region is still moving slowly forward towards the downstream terminus. This movement is due to the constant flow of ice within the glacier caused by gravity and pressure.
How do you tell if a valley glacier is advancing or retreating?
Valley glaciers are typically advancing when their terminus is pushing forward, causing the glacier to grow in size. Conversely, they are retreating if the terminus is melting or receding, leading to a decrease in glacier size. Monitoring changes in the glacier front position over time can help determine if it is advancing or retreating.
What are the benefits of forward linkages?
Forward Linkages have the benefit of spill overs from upstream firms to downstream firms. Domestic firms benefit from MNEs vertical spillovers and competetion effect.
What is backward integration in steel industry?
refers to vertical integration, that is, a company takes over certain stages upstream (Backward) or downstream(Forward) from its position in the supply chain. A steel manufacturing company that wants to integrate backwards would therefore buy the ore mine. refers to vertical integration, that is, a company takes over certain stages upstream (Backward) or downstream(Forward) from its position in the supply chain. A steel manufacturing company that wants to integrate backwards would therefore buy the ore mine.
What are the disadvantages of forward linkages?
Some disadvantages of forward linkages include increased dependence on downstream businesses, potential conflicts over pricing and distribution, and vulnerability to disruptions in downstream markets. Additionally, forward linkages may require additional investment in marketing and branding to remain competitive in the downstream value chain.
What is the diffrnece between advancing retreating and stationary glaciers?
Advancing glaciers are glaciers that are moving forward and expanding, while retreating glaciers are glaciers that are melting and shrinking. Stationary glaciers are glaciers that are not currently advancing or retreating, maintaining a relatively stable position.
How does rafting use science?
Rafting is in essence a good example for the laws of physics. The water moving under and around the raft propel it forward because the water pushing against the raft has more mass then the raft can use to push back against the water. Once moving, it can be difficult to change the direction of the raft, or slow it down, because of inertia. Gravity in itself is the driving force of rafting. water flows downhill because of gravity, so water will push a raft downhill. As such, it takes much greater effort to move upstream then it does to move downstream, and may be impossible to move upstream in some areas (such as white water rafting) due to the extreme amount of pressure pushing the raft downstream.
How do you escape a whitewater hydraulic hole in kayaking?
To escape a whitewater hydraulic hole, also known as a "keeper," first try to paddle hard upstream to gain momentum and angle your kayak toward the river's flow. If that doesn't work, lean downstream and use your paddle to create as much forward thrust as possible to break free. If you find yourself fully submerged, keep your feet up and swim downstream at an angle, allowing the current to carry you away from the hole. Always remember to stay calm and conserve energy while working to escape.
Under what circumstances do you wear a military flag patch in reverse?
The stars are always forward on a patch as if it were being held in a procession. The reason for this is it is symbolism for us always progressing and never retreating.
Why is the flag worn on the right shoulder?
The flag is worn on the right shoulder as a sign of respect and honor, following military tradition and protocol. It is a way to display the flag in a way that shows it is moving forward and not retreating.
What is the antonym for withdraw?
The antonym for "withdraw" is "advance." While "withdraw" implies pulling back or retreating from a position or situation, "advance" suggests moving forward or making progress. Other related antonyms include "engage" and "participate," depending on the context.
Where is the upstream oxygen sensor on a4.2 2000 f-150?
it will be located on the forward side of the catalytic converter of the two that you will find. it is threaded into the exhaust pipe, it takes a 7/8" wrench or O2 socket to remove it.
