Приклади вживання Two protons Англійська мовою та їх переклад на Українською
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Neutral helium's got two protons.
It's got two protons, two neutrons, and then two electrons.
It can happen that these two protons can hop over.
Find the ratio of the electric and gravitational forces between two protons.
A helium atom has two protons and two neutrons.
So let's say this is two neutrons and two protons.
Addition of a second electron(with two protons) turns the latter into hydrogen peroxide, H2O2.
Bph has the same structure as BChb,but the central magnesium ion is replaced by two protons.
It will have the same nucleus, two protons, two neutrons, one of the electrons get knocked off, so now you only have one electron.
Alpha radiation consists of a stream of fast-moving helium nuclei(two protons and two neutrons).
A helium atoms ha two protons in his nucleus and it has two neutrons, and the it also has two electrons circulating around.
A proton anda deuterium atom combine to form a helium-3 atom( two protons with one neutron) and gamma ray.
Lets say that there are two protons and two neutrons in the nucleus of helium, that the Earth is spherical, that Maxwell's equations describe electromagnetic waves and so on.
Nuclear forces between neutrons and protons, between two neutrons, the two protons are equal.
The mass of a helium nucleus(consisting of two protons and two neutrons) and other light nuclei are less than the mass of the same number of free protons, neutrons or deuterium nuclei.
The three main particle species in the solar wind are protons, electrons,and helium nuclei(two protons and two neutrons).
The mass of a helium nucleus(consisting of two protons and two neutrons) and other light nuclei are less than the bulk of the identical amount of free protons, neutrons or deuterium nuclei.
As an example, it is no coincidence that we have considered Helium-4(He42),the nucleus of which consists of two protons and two neutrons.
Or at least this helium atom has two protons and two neutrons. And the way they depict it here in the nucleus, right there, maybe these are the two-- I'm assuming they're using red for proton and purple for neutron.
If the two strands of DNA then separate,leading to the process of replication, and the two protons are in the wrong positions, this can lead to a mutation.
Pp's reactions, in particular, lead to the release of four protons into the helium nucleus in the cycle, which is the source of almost all the energy,with the rotation of two protons in neutrons.
As result of ejection from the nucleus of an atom alpha particles,which is a set of two protons and two neutrons, the mass number of the resulting atom(see) is reduced to four units, and it is shifted in table D. I.
However, some of the neutrons collided with protons, and stuck together to form the next simplest element, helium,whose nucleus consists of two protons and two neutrons.
At first glance, the merging of two helium nuclei, each of which consists of two protons and two neutrons, should produce the light isotope of beryllium-8, consisting of four protons and four neutrons.
According to the official history of physics, the first artificial nuclear reaction(artificial transformation of nuclei) was performed in 1919 by a British physicist Ernest Reserford during the hitting of nitrogen nuclei with alphaparticles(positively charged particles which are formed by two protons and two neutrons, that is by the nucleus of geliy- 4).
Only on this basis can one understand, for example,the production of a π+-meson upon the collision of two protons(p+ p→ p+ n+ π+) or the annihilation of an electron and positron, when in place of the vanished particles there arise, for example two gamma quanta(e-+ e-→ γ+ γ).
The way we always do,by slamming together two protons--(Laughter) Hard enough that the collision reverberates into any extra-spatial dimensions that might be there, momentarily creating this hyperdimensional graviton that then snaps back into the three dimensions of the LHC and spits off two photons, two particles of light.
First, it's just a horrible idea toput any part of your body in front of the collider's two proton beams.