Examples of using Massive object in English and their translations into Turkish
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Massive objects tend to sink to the middle.
It is"one of the most massive objects in the universe.
Mom, this one is the biggest, hardest, and most massive object.
It's one of the most massive objects in the entire universe.
Someone's out there. Sir, we're detecting a massive object.
Sir, we're detecting a massive object emerging from hyperspace.
Only timelike intervals can be physically traversed by a massive object.
Sir, we're detecting a massive object emerging from hyperspace.
Pulls the apple to the ground. The Earth, by far the more massive object.
Sir, we're detecting a massive object Someone's out there.
Thus the negative of a negative gradient yields positive acceleration toward a massive object.
The Earth, by far the more massive object, pulls the apple to the ground.
The supermassive black holes are at the center of thegalaxy Most likely because They are the most massive object within the galaxy.
Black holes are small but incredibly massive objects scattered throughout the universe.
However, Karl Schwarzschild discovered in 1915 and published in 1916 an exact solution for thecase of a spherically symmetric spacetime surrounding a massive object in spherical coordinates.
Fullerenes are comparatively large and massive objects, having an atomic mass of about 720 u.
Notable solutions of the Einstein field equations include: The Schwarzschild solution,which describes spacetime surrounding a spherically symmetric non-rotating uncharged massive object.
Someone's out there. Sir, we're detecting a massive object emerging from hyperspace.
The closer you are to a massive object, the more the pull of its gravity slows down anything trying to escape from it.
The Kerr-Newman solution for a rotating, charged massive object was published a few years later.
Mighty Jupiter, the most massive object in our solar system-- other than the Sun-- attracts the comet with its powerful gravitational pull, bending its path.
On gravitational waves and space-time itself. And the presence of such massive objects has unusual effects.
The time delay of light passing close to a massive object was first identified by Irwin Shapiro in 1964 in interplanetary spacecraft signals.
But if we hold the solution to be valid only outside some compact region(subject to certain restrictions), in principle we should be able to use it as an exteriorsolution to model the gravitational field around a rotating massive object other than a black hole, such as a neutron star, or the Earth.
Tipler's spinning cylinder might not work, but there are massive objects in the universe that are already spinning near the speed of light-- black holes.
If a massive object is situated between the astronomer and a distant target object with appropriate mass and relative distances, the astronomer will see multiple distorted images of the target.
The gravitational field,and thus the acceleration of a small body in the space around the massive object, is the negative gradient of the gravitational potential.
Thus, to a first approximation, a massive object placed on a rubber sheet will deform the sheet into a correctly shaped gravity well, and(as in the rigid case) a second test object placed near the first will gravitate toward it in an approximation of the correct force law.
Open problems==The Kerr vacuum is often used as a model of a black hole, but if we hold the solution to be valid only outside some compact region(subject to certain restrictions), in principle we should be able to use it as an exteriorsolution to model the gravitational field around a rotating massive object other than a black hole, such as a neutron star, or the Earth.
The time delay of light passing close to a massive object was first identified by Irwin I. Shapiro in 1964 in interplanetary spacecraft signals.