present location by mass movement
(2) Catskills, and were transported to their
present location by glaciers
(3) Adirondack Mountains, and were transported
to their present location by mass movement
(4) Adirondack Mountains, and were transported
to their present location by glaciers
These boulders most likely resulted from the weathering of bedrock formed in the AdirondackMountains, and were transported to their present location by glaciers. Thus, option 4th is correct.
Cracks and fissures in bedrock create paths for air and water, which chemically react to break up rock, eventually forming soil – a necessary component for all terrestrial creatures. Bedrock weathering is essential to life on Earth.
A party of hikers in New York's Catskill area discovers numerous big boulders made of metamorphic rock. These stones were most likely created by the weathering of Adirondack Mountains bedrock and were moved to their current location by glaciers. As a result, option 4 is correct.
Learn more about weathering here:
#SPJ2
Answer:
4
Explanation:
Other answer by other person is false
B. easier to build than a refracting telescope.
C. more powerful than a refracting telescope.
D. smaller than a refracting telescope.
Its local culture , hope it helps
Answer:
RELATED
How to Calculate Magnification on a Light Microscope
Updated April 30, 2018
By Karen G Blaettler
Microscopes magnify the tiniest inhabitants of this world. From the minute details of cells to the delicate cilia of paramecium to the intricate workings of Daphnia, microscopes reveal many miniscule secrets. Calculating total magnification uses simple observation and basic multiplication.
Basic Microscope Design
Microscopes use lenses to magnify objects. A simple microscope uses only one lens; a magnifying glass could be called a simple microscope. The magnification of a simple microscope doesn't need any calculation because the single lens is usually labeled. A hand-lens, for example, might be labeled with 10x, meaning the lens magnifies the object to look ten times larger than the actual size.
Compound microscopes use two or more lenses to magnify the specimen. The standard school microscope combines two lenses, the ocular and one objective lens, to magnify the object. The ocular or eyepiece is found at the top of the body tube. The objective lens points down toward the object to be magnified. Most microscopes have three or four objective lenses mounted on a rotating nosepiece. Rotating the nosepiece lets the viewer change the magnification. Different objective lenses provide different magnification options.
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Finding Lens Magnification
Finding the magnification of each lens requires examining the casing of each lens. On the side of the casing is a series of numbers that includes a number followed by x, as 10x. This 10x shows that the lens magnifies an object to appear ten times larger than reality. Depending on the manufacturer, this magnification number may appear at the beginning or at the end of the number sequence. To calculate total magnification, find the magnification of both the eyepiece and the objective lenses. The common ocular magnifies ten times, marked as 10x. The standard objective lenses magnify 4x, 10x and 40x. If the microscope has a fourth objective lens, the magnification will most likely be 100x.
Calculating Magnification
Once the magnification of each individual lens is known, calculating total magnification is simple math. Multiply the magnification of the lenses together. For example, if the eyepiece magnification is 10x and the objective lens in use has a magnification of 4x, the total magnification is 10 × 4 = 40. The total magnification of 40 means that the object appears forty times larger than the actual object. If the viewer changes to the 10x objective lens, the total magnification will be the ocular's 10x magnification multiplied by the new objective lens's 10x magnification, calculated as 10 × 10, for a total magnification of 100x.
Explanation:
Answer:60
Explanation: 40 + 20 = 60
water
pressure
a hurricane
Answer:
Taskmasters said hurricane is not erosion but TECHNICALLY that is wrong. Hurricane is made of wind and wind is one of the primary agents of erosion,and they also consist water. You can see videos of beach erosion by hurricanes in Florida. Water is a given agent of erosion, so we have heat and pressure left to choose from. Im pretty sure heat is erosion because it can cause rocks to break down. I think pressure is actually mechanical weathering so I would go with pressure.