Examples of using Heavier elements in English and their translations into Turkish
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Or the heavier elements might not have formed.
How do we get all these other heavier elements?
As it consumes the heavier elements, it begins to expand.
Heavier elements are forged. In the extreme heat and turmoil of the explosion.
Now, the question is how do these heavier elements form?
Forming the heavier elements requires much higher temperatures.
In the extreme heat and turmoil of the explosion, heavier elements are forged.
Progressively heavier elements are created during the evolution of a star.
Like carbon and oxygen. Such stars fuse helium into heavier elements.
Such stars fuse helium into heavier elements, like carbon and oxygen.
A star isbasically a machine for turning lighter elements into heavier elements.
Producing the heavier elements like Nitrogen, Oxygen and Carbon as Hoyle predicted.
After about 400 million years, the first stars formed, and that hydrogen, that helium,then began to cook into the heavier elements.
As Hoyle predicted. Producing the heavier elements like nitrogen, oxygen and carbon.
All heavier elements, called metals in astronomy, account for less than 2 percent of the mass.
It won't be able to fuse that helium into heavier elements, like carbon and oxygen, until the core gets sufficiently hot.
Under extreme temperatures, Hydrogen fuses to form Helium andthe Helium fuses in entire different heavier elements.
Fusing iron into heavier elements beyond iron actually requires energy so it would actually be an endothermic process.
Come from another type of supernova… a single-star supernova. But the heavier elements in our world, like gold, silver, and uranium.
But the heavier elements in our world, like gold, silver, and uranium, come from another type of supernova… a single-star supernova.
Alpher argued that the Big Bang would create hydrogen,helium and heavier elements in the correct proportions to explain their abundance in the early universe.
If the heavier elements are not being made in stars like the sun, then there must be somewhere else in the universe where they are assembled.
And the star stays alive by burning thermonuclear fuel, and as it does so,you get heavier elements like the sponge and all that energy released, like the energy released in a bomb.
But the heavier elements in our world, like gold, silver, and uranium, come from another type of supernova a single-star supernova.
These explosions, known as supernovas, are the biggest blasts in the universe since the Big Bang,providing the extra boost of energy needed to fuse heavier elements.
Like gold, silver, and uranium, But the heavier elements in our world, come from another type of supernova… a single-star supernova.
Heavier elements were made in red giants and in supernovas and then blown off to space where they were available for subsequent generations of stars and planets.
In fact, we could not exist if these heavier elements were not formed inside of the cores of primitive stars, stars that have supernovaed a long time ago.
The synthesis of these heavier elements absorbs energy(endothermic) as they are created, from the energy produced during the supernova explosion.