Geography High School

How does the relationship between the zone of accumulation and the zone of wastage alter the movement of a glacier?

2- What are the three types of mass wasting and how do they differ?

3- How does a stream's gradient vary along its length?

4- What is erosion?

Answers

Answer 1

1. The relationship between the zone of wastage. 2. Glaciers move due to the internal deformation. 3. Mass wasting refers to the downhill movement of rock. 4. Erosion is the process by which the Earth's surface.

1. The zone of accumulation refers to the area where snowfall exceeds melting, resulting in the accumulation of snow and ice. The zone of wastage, on the other hand, experiences more melting than snowfall, leading to the loss of ice through melting, sublimation, and calving.

2. Glaciers move due to the internal deformation of ice and the downslope flow of ice under gravity. In the zone of accumulation, where there is net accumulation of ice, the excess weight causes compression and deformation of the ice, leading to ice movement.

3. Mass wasting refers to the downhill movement of rock, soil, or debris under the influence of gravity.

4. Erosion is the process by which the Earth's surface is gradually worn away or removed through the action of various forces, such as water, wind, ice, or gravity. It involves the detachment, transportation, and deposition of weathered material, including rock particles, soil, and sediment. Erosion can occur through different mechanisms. For instance, water erosion can be caused by the force of running water that dislodges and carries away sediment.

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Related Questions

where is a earthquake damage generally the greatest
a. california
b. alaska
c. in the rockies
where are the oldest rock earthquakes locates
a. adjacent to oceanic ridges
b. adjacent to oceanic trenches
c. adjacent to transform boundaries
where are the oldest rock on the Atlantic seafloor located
a. trenches
b. mid ocean ridges.
c.along coastlines

Answers

California  is a earthquake damage generally the greatest. Adjacent to oceanic trenches are the oldest rock earthquakes locates. Mid ocean ridges are the oldest rock on the Atlantic seafloor located. Therefore, the correct options for 1, 2 and 3 are A, B and B respectively.

Due to its location along the San Andreas Fault, California is famous for some of the most severe earthquake damage. The state has a history of devastating earthquakes and is prone to frequent seismic activities.

Oceanic trenches are often found close to ancient rock earthquakes. When one tectonic plate subducts beneath another, it creates these trenches as a result of extreme stress and strain that can result in earthquakes.

Mid-ocean ridges are home to the oldest rocks on the Atlantic sea floor. As tectonic plates move apart along these ridges, magma rises to the surface and forms new crust. When the crust solidifies and cools, it becomes the oldest rock on the ocean floor.

Therefore, the correct options for 1, 2 and 3 are A, B and B respectively.

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Talk about one universalizing religion AND one ethnic religion to compare and contrast, in detail. Your comparison should include at least three specific examples of geographic observations. Some items that you could consider discussing include: distribution, diffusion, origins, places of worship, etc.

Answers

Religion is a belief system that can be divided into two broad categories: universalizing and ethnic.

Universalizing religions are those that attempt to attract followers from all over the world, while ethnic religions are those that are specific to certain ethnic or national groups.

Hinduism and Christianity are two such examples of a universalizing religion and an ethnic religion. In this essay, I will compare and contrast these two religions in terms of distribution, diffusion, origins, and places of worship.

Hinduism is the oldest religion in the world, with over one billion followers.

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Calculate the average density of the Earth. Make sure the answer is in g/cm³.
rho = m/V two decimal places is sufficient, Sakai accepts a range
2.The average density of the rocks making up Earth’s crust is 2.7 – 3.0 g/cm³. Is this range greater than, less than, or equal to (includes) the average density of Earth?

Answers

To calculate the average density of the Earth, we need to divide its mass by its volume. It is calculated to be 5.52 g/cm³

The mass of the Earth is approximately 5.97 x 10²⁴ kilograms, and the volume is approximately 1.08321 x 10¹² cubic kilometers.

Mass of Earth = 5.97 x 10²⁴ kg = 5.97 x 10²⁷ g

Volume of Earth = 1.08321 x 10¹² km³ = 1.08321 x 10²⁷ cm³

We can calculate the average density using the formula:

Average Density = [tex]\frac{Mass}{Volume}[/tex]

Average Density = [tex]\frac{5.97 x 10^2^7}{1.08321 x 10^2^7}[/tex]= 5.52 g/cm³

The range of the average density of Earth's crust, which is 2.7 - 3.0 g/cm³, is less than the average density of the entire Earth.

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plete the follo by using 's law. You may calculator and graph Planck Law for Blackbodies to calculate temperature when given wavelength (and vice-v Blackbody Temperatures of the Electromagnetic Spectrum to identify the region of the elect where an object with the stated temperature emits most of its light. T (kelvins) max (angstroms) Case 1 2 3 4 5 8095 4380 3,670 5,800 7,880 Stars as Blackbodies 7896 3,580 4997 3678 6,000 EM Region Ultraviolet Infrared Visible Visible Ultraviolet V

Answers

The electromagnetic spectrum is the range of all forms of electromagnetic radiation. Blackbody radiation is emitted by an object at a particular temperature and is distributed over a wide range of wavelengths.

Planck's law gives the spectral density of the radiation emitted by a blackbody at a particular temperature for each wavelength. The blackbody temperature of the electromagnetic spectrum can be calculated from Planck's law and graphed to determine the region of the electromagnetic spectrum where an object at the given temperature emits the majority of its light.

Step1. The temperature (T) in Kelvin (K) is calculated using the following equation: T= b/λmax where b is the constant equal to 2.898x10^-3 mK and λmax is the wavelength of maximum intensity. The results are shown in the table below

Step2. Blackbody Temperatures of the Electromagnetic Spectrum to identify the region of the electromagnetic spectrum where an object with the stated temperature emits most of its light. Case Temperature (K) λmax (Å) EM Region 1 8095 4380 Ultraviolet 2 3,670 4997 Infrared 3 5,800 3678 Visible 4 7,880 6000 Visible 5 7896 3580 Ultraviolet.

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