The Martian acceleration of gravity (as measured by this jury-rigged device) is
(0.4 cm/1.08 cm) x (9.81 m/s²)
That's <em>3.63 m/s²</em> .
Google says 3.711 m/s², so I guess that's not too bad.
Only about 2% wrong.
To Predict the motion of each of the markers relative to the edges of the valley, Scientists use the Glen-Nye Flow Law.
The Glen-Nye Flow Law is then used to forecast the movement of the markers. Markers are moved and measured in relation to the valley's rim where the glacier moves.
Glaciers are a valuable resource in several places of the world. This is true because glaciers' characteristics and behaviour have an effect on the hydrologic, geologic, and biological processes in their immediate surroundings.
Because of the aforementioned, glaciologists keep an eye on glaciers and attempt to predict how they will move and look.
The usage of markers is one method employed by glaciologists in the observation and forecasting of glaciers.
Mathematical relation is:
∑= krⁿ
Where,
∑= shear strain (flow) rate
r = stress
n = a constant
k = a temperature dependent constant
Learn more about Glacier here, brainly.com/question/14309099
#SPJ4
Answer:
Explanation:
Spring constant is given as:
But F is mass times velocity(gravitational acceleration
=
83N/m=
Therefore the ruler reading will be 
. Hence the ruler reading is 0.4451m
The midi system doesn't actually care about the range of frequency of the instrument it is playing.<span />
Upper mantle
The theory of the plate tectonics uses the convection cells in the upper mantle layer as the foundation for the movement of the continents.
To put it simple the process is explained like the convection cells create a lot of pressure, that pressure, supported by the high temperatures and magma, influence the crust above, and manage to crack it on certain places. As the crust cracks, it becomes a separate entity, and under the enormous force from bellow it slowly moves into a particular direction, and that is actually the movement of the tectonic plates.
