Examples of using Force of gravity in English and their translations into Swedish
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among particles like electrons and protons, the force of gravity is extremely weak(fig.1).
Falling: decreasing altitude under the force of gravity, using no adaptations to increase drag
Well, they have a mass and the force of gravity is determined by the masses of the objects, nothing else.
The temperature, reaction rate, pressure, and density increased until hydrostatic equilibrium was achieved: the thermal pressure equalled the force of gravity.
The outer edge of the cloud coincides with the range in which the solar gravitational force to coincide with the nearest stars in the force of gravity.
All main sequence stars are in equilibrium, meaning the outward pressure caused by the fusion reactions is balanced by the force of gravity pulling the star together.
By using the force of gravity, the mass of the body,
He noted that a freefalling observer in a closed box would not be able to detect the force of gravity; hence, freefalling reference frames are equivalent to an inertial reference frame the equivalence principle.
If the deceleration of a child's head as it struck the ground could be limited to 50 g(fifty times the force of gravity), permanent brain injury was very unlikely.
by falling directly or indirectly, then according to the usual view of mechanics it is not the raising of the weight which communicates this motion but the force of gravity.
it is necessary to overcome the force of gravity.
communicates motion to other bodies by falling directly or indirectly, then according to the usual view of mechanics it is not the raising of the weight which communicates this motion but the force of gravity.
by a line, an elevator, a force of gravity or'a force'- something that pulled me back to my body.
arrows that shows how force of gravity acts. realistic.
the star-to-be is just a ball of gas and dust contracting under the force of gravity within the surrounding molecular cloud.
a sensational acceleration of 95 times the force of gravity.
then it does the work W=(10 N)(2 m)= 20 N m= 20 J. This is approximately the work done lifting a 1 kg weight from ground to over a person's head against the force of gravity.
We figured out how to handle the forces of gravity through reverse engineering 60 years ago.
They are affected by sedimentation and forces of gravity.
their dynamic behaviour within the suspension is governed by forces of gravity and sedimentation.