Examples of using Heavier elements in English and their translations into Hindi
{-}
-
Colloquial
-
Ecclesiastic
-
Ecclesiastic
-
Computer
The boiling points of thecarbon group tend to get lower with the heavier elements.
Why a single,gassy cloud should appear unburdened by heavier elements seen almost everywhere else in the universe remains a mystery.
This makes over twelve times the combined mass of heavier elements.
The less common, heavier elements weren't pushed quite so far, and that's why the small, rocky planets are close, while the massive, gassy planets are far.
They formed stars, and they were converted into heavier elements through fusion.
And stars were atom destroyers- hot enough to break down those hydrogen and helium atoms, and fuse the bits back together,remaking them into larger atoms of different, heavier elements.
When a star explodes like supernova,these elements are scattered, and all heavier elements on Earth are made of star dust.
Four million tons of hydrogen are consumed by the sun every second, which helps to createthe sun's composition of 75 percent hydrogen, 23 percent helium, and 2 percent heavier elements.
Some of this gas was likely left over from the Big Bang, but the heavier elements hint that some of it comes from old stardust, spewed out by galaxies.
These clouds consist mostly of hydrogen, with about 23- 28% helium and a few percent heavier elements.
The matter between galaxies- often called the intergalactic medium, or IGM for short- is mostly hot, ionized hydrogen(hydrogen that has lost its electron)with bits of heavier elements such as carbon, oxygen and silicon thrown in.
So it was not possible to predict how many elements could be discovered between two elements- especially when we consider the heavier elements.
No isotope of technetium has a half-life longer than 4.2 million years(98Tc), so its detection in red giants in 1952 helpedbolster the theory that stars can produce heavier elements.
Because no isotope of technetium has a half-life longer than 4.2 million years(technetium-98), the 1952 detection of technetium in red giantshelped to prove that stars can produce heavier elements.
Because no isotope of technetium has a half-life longer than 4.2 million years(technetium-98), its detection in 1952 in red giants, which are billions of years old,helped bolster the theory that stars can produce heavier elements.
Because no isotope of technetium has a half-life longer than 4.2 million years(technetium-98), the 1952 detection of technetium in red giants, which are billions of years old,helped to prove that stars can produce heavier elements.
These heavy elements are needed in order for rocky planets like the Earth to form.
Most heavy elements are formed this way.
These heavy elements are necessary for building a planet like earth.
The heaviest element in the world is Oganesson.
In theory, all of these radioactive heavy elements were originally Uranium isotope 238(U-238) spawned by the ancient supernovae.
Both of them avoid the richly decorated design or heavy elements, although lately the“Contar” has begun to break this rule more often.
Its inner part melts with heat and heavy elements like iron reach the center of the Earth.
This would render them incapable of producing heavy elements necessary to sustain life.
This temperature becomes so high that thehelium fusion process begins to form heavy elements.
The lightest element has only one electronic layer, and the heavier element has more electronic layers.
Baryonic matter could still make up the dark matter if itwere all tied up in brown dwarfs or in small, dense chunks of heavy elements.
Based on the planet's physical properties, calculations suggested that heavy elements like ice, silicates and iron comprise 60 to 70 percent of its total mass.
The rapid process occurs during the fleeting first hours of a supernova explosion, when there is such a torrent of free neutrons andso much energy available that even the heaviest elements can be created.
However, since the spot where the nuclear reactions mostly take place(the core) generally ends up collapsed into a white dwarf or a neutron star,we need to dig a little deeper to see how the heavy elements make it into the interstellar medium.

