Enlightenment hegemony over the Western intellectual outlook, which can be summarized briefly as follows: that there exists an external world, whose properties are independent of any individual human being and indeed of humanity as a whole; that these properties are encoded in ``eternal'' physical ...
Gravity is a force that pulls us towards the center of the Earth. It depends both on the mass of the object and the acceleration due to gravity on Earth, which is equal to about 9.8m/s^2.Answer and Explanation: Gravity helps orchestrate the direction of plant growth in different tissues...
Earth’s have a gravitational pull that keeps us on the ground so we won’t float off in space. What is the earth’s atmosphere made of? earth’s atmosphere has 78% oxygen 21% and other gases that surroundsearth. What is gravity made of? Space has these little balls that are called...
In this paper, a new generalised gravity-matter coupled theory of gravity is presented. This theory is constructed by assuming an action with an arbitrary functionf(T,B,Lm)which depends on the scalar torsionT, the boundary termB=∇μTμand the matter LagrangianLm. Since the function depends...
2.2 crucially depends on the iden- tity (C.1) derived in [72] in the coordinate-free framework. Whereas the component analysis requires less formalism and technicality, the coordinate-free analysis provides a comple- mentary understanding of the subtle relationship between the 3D and 4D tensors....
The depth and shape of this zone depends on the classifier action and on the feed pulp density. Above the quicksand is a zone of essentially free-settling material, comprising a stream of pulp flowing horizontally across the top of the quicksand zone from the feed inlet to the overflow weir...
In environments where orientation is ambiguous, the visual system uses prior knowledge about lighting coming from above to recognize objects, determine which way is up, and reorient the body. Here we investigated the extent with which assumed light from
(11) depends on three independent variables, namely, the metric g_{MN} and the two scalar fields \varphi and \psi . Taking the variation of Eq. (11) with respect to these variables, one obtains respectively \begin{aligned}&\varphi R_{MN}-\frac{1}{2} g_{MN}\left( \varphi R+\...
What happens next depends on the mass of the secondary: If the secondary is light, then it will slowly evolve into a WD star, in this case the system will retain both the very low orbital eccentricity and the alignment between the NS spin and orbital angular momentum acquired during the re...
Inertia is solely dependent on an object's mass—the greater the mass, the greater the inertia. This property explains why heavier objects are harder to start or stop moving. Whereas, gravity's strength not only depends on mass but also on the distance between objects; it decreases as the ...