Clouds of cool hydrogen.
Jupiter is thought to have an internal structure containing both liquid metallic hydrogen and a small solid core surrounded by gaseous layers.
The same as on Earth - but in different proportions. Most stars are made up almost entirely of hydrogen and helium; the so-called "metals" (heavier elements) are present in much smaller quantities.
Jupiter is a gas giant, consisting mostly of hydrogen and helium. Its outer layers are composed of gas, while its interior likely consists of a small rocky core surrounded by a thick layer of metallic hydrogen. The intense pressure and temperature near the core create Jupiter's powerful magnetic field.
Jupiter's interior is thought to be composed primarily of hydrogen and helium, which make up the majority of its mass. It is theorized to have a dense core made of rock, metal, and other elements, surrounded by layers of liquid metallic hydrogen and molecular hydrogen. The exact composition and structure of Jupiter’s interior is still not completely understood and is the subject of ongoing scientific research.
Hydrogen is the most abundant element in the universe.
No, hydrogen does not have a neutron in its atomic structure.
For the structure of hydrogen fluoride (HF) see the link bellow.
Neutral hydrogen emits at 21 cm in the radio band. Studies have shown that less than 1% of the mass of most galaxies is neutral hydrogen. This is far less than the amount of matter that needs to be there to explain the observational consequences.
Water's structure facilitates hydrogen bondingOxygen bound to two hydrogen atoms by two single covalent bonds= stableHydrogen bonds- weak chemical associations= most outstanding chemical propertiesPartially negative O and partially positive H = 5-10% of covalent bondO electronegativity > H so bonds polar= underlies water's chemistry and chemistry of life
Hydrogen has a shell of just 1 electron. 1s
because hydrogen bonds stop breaking and water molecules form large clusters
Isotopes of hydrogen are Hydrogen-1 (protium), ‎Hydrogen-2 (deuterium), ‎and Hydrogen-3 (tritium).
The electrostatic attraction known as hydrogen bonds that form directional intermolecular associations.
According to the Big Bang Theory of the formation of the universe, the first matter reacted with so-called dark matter to develop the early structure of the universe. Once there were enough neutral atoms formed (mostly hydrogen) these would have aggregated into stars and stellar clusters as interstellar gas does today. The structure of the stars would have depended on local topography and gravity, but galaxies likely would have formed after the first large clusters compressed, and took in enough matter to begin their rotation.
In the double helix structure of nucleic acids, cytosine hydrogen bonds with guanine through three hydrogen bonds.
Hydrogen is an element because it is a pure substance with a unique atomic structure.
Hydrogen is the basic, smallest, unclosed quantum and stabile wave particle.