HRS - Ask. Learn. Share Knowledge. Logo

In Physics / Middle School | 2014-11-17

Form a hypothesis about how deeply water could erode and how deeply glaciers could erode.

Asked by Killerhardeep

Answer (2)

The depth of water erosion can be substantial, possibly reaching several meters, especially in regions of intense water flow. Glacial erosion can also significantly impact landscapes, forming deep valleys and moving large rocks. However, these hypotheses should be further tested considering various erosion** affecting factors** ;

Answered by BillPaxton | 2024-06-18

Water erosion can reach depths of several meters, especially in areas with high water flow, while glacial erosion can carve valleys to depths of over 30 meters. Various factors, including terrain and climate, influence these processes. Both types of erosion demonstrate significant geological impact requiring further study for precise measurements.
;

Answered by BillPaxton | 2025-06-12

Related Questions in Physics

[Done] Which best explains what happens when an electron moves from an excited state to the ground state? A. The electron absorbs energy as it moves to a lower energy level. B. The electron absorbs energy as it moves to a higher energy level. C. The electron releases energy as it moves to a higher energy level. D. The electron releases energy as it moves to a lower energy level.

[Done] Particle A has very little mass in comparison to Particle B. Both particles are in the same atom. Which is the best conclusion about Particles A and B? A. They have the same charge. B. They are located in the nucleus together. C. Particle A has a positive charge, and Particle B is neutral. D. Particle A orbits the nucleus, and Particle B is located in the nucleus.

[Done] Light of wavelength [tex]$5 \times 10^{-7} m$[/tex] falls on a sensitive metal plate with photoelectric work function 1.90 eV. Find the kinetic energy of the photoelectrons emitted and the stopping potential. (given [tex]$h =6.62 \times 10^{-34} Js$[/tex])

[Done] Taden has found a table of the atmospheric layers of the Sun. However, he can't make out the names of the layers in the chart. [tex] \begin{tabular}{|l|l|l|l|} \hline & \multicolumn{1}{|c|}{ A } & \multicolumn{1}{c|}{ B } & \multicolumn{1}{c|}{ C } \\ \hline Position & Lowest & Middle & Outermost \\ \hline Thickness & 100 km & 2000 km & Millions of kilometers \\ \hline Temperature & 5,500 & 6,000 to 20,000 & $2,000,000$ \\ \hline \end{tabular} [/tex] What are the names of the Sun's layers described in columns A, B, and C? A. Corona; B: Photosphere; C: Chromosphere B. Core; B: Chromosphere; C: Photosphere C. Chromosphere; B: Corona; C: Core D. Photosphere; B: Chromosphere; C: Corona

[Done] Charges of +5 C and -9 C are at a distance of 1 m from each other. Which diagram represents the force between the two charges?