Natural gallium has 2 stable isotopes
That would depend on the isotope of Gallium. Elements can have many different isotopes, which are alternate forms of an element which contain the same number of protons, but a different number of neutrons. Gallium has two primary isotopes, one which has 38 neutrons, and another which has 40 neutrons.
The one you are thinking of is probably the trefoil symbol, three black foils on a yellow background. See link below
Gallium is a meta element. Atomic number of it is 31.
Gallium is a mono-atomic metal element. So their atoms are atoms, and as many as you have!
Gallium has an atomic number of 31. This means that it contains 31 protons, each one having a +1 charge. Therefore, in order for gallium to have a net charge of 0, it must also contain 31 electrons, because electrons have a charge of -1.
Yes, gallium does have naturally occurring isotopes. The most common stable isotopes of gallium are gallium-69 and gallium-71, with gallium-69 being more abundant at about 60% and gallium-71 about 40%.
That would depend on the isotope of Gallium. Elements can have many different isotopes, which are alternate forms of an element which contain the same number of protons, but a different number of neutrons. Gallium has two primary isotopes, one which has 38 neutrons, and another which has 40 neutrons.
Gallium is a non metal element. Mass number of it is 70.
The one you are thinking of is probably the trefoil symbol, three black foils on a yellow background. See link below
DONALD CLAYTON has written: 'HANDBOOK OF ISOTOPES IN THE COSMOS: HYDROGEN TO GALLIUM'
There are 31 protons in gallium. For more detail about gallium, see the link below.
Gallium is a meta element. Atomic number of it is 31.
Gallium is a mono-atomic metal element. So their atoms are atoms, and as many as you have!
Gallium is a non metal element. There are 31 electrons in a single atom.
Gallium is a chemical element. One might say it has one element.
Gallium is an irritant and corrosive. Inhalation, injestion and contact result in damage to the exposed tissues. Chronic inhalation is thought to reduce bone marrow production. Carcinogenic and mutagenic effects are not well investigated at the time of this writing.
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