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its 10 ,4 of carbon n 6 of oxygen
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How many Protons and neutrons in Co?
27number of protons is the same as the atomic number.
How many protons and electrons are present in Co 2?
Cobalt (Co) has the atomic number 27; therefore, all neutral isotopes of cobalt have each 27 electrons. Stable cobalt exists only as Co-59 (with 32 neutrons); however, at least 28 radioisotopes of cobalt have been identified, ranging from Co-47 (with 20 neutrons) to Co-75 (with 48 neutrons).
What is the chemical for the ion with 29 protons and 27 electrons?
It would end up answering with Cobalt = Co. Because the protons stay the same and add the protons and electrons together equaling 59. So (Co+2) would be the final answer.
Is CO ionic or convalent bonding?
Carbon monoxide is a molecule with covalent bonds.
How many electrons are there in Co?
Cobalt is a metal element. There are 27 electrons in a single atom.
How many Protons and neutrons in Co?
27number of protons is the same as the atomic number.
The number of electrons in one molecule of CO?
There are 22 electrons in one molecule of CO2.
How many protons does an atom of Co-60 have?
A cobalt atom with have 27 electrons regardless of the isotope.
Nitrogen gas and CO have equal number of neutron proton and electron Why?
ok N has 14 protons and electrons. C has 12 protons and electrons. O has 16 protons and electrons. nitrogen gas is not N, it is N2, which means 28 protons and electrons. C and O added up is also 28.
How many protons and electrons are present in Co 2?
Cobalt (Co) has the atomic number 27; therefore, all neutral isotopes of cobalt have each 27 electrons. Stable cobalt exists only as Co-59 (with 32 neutrons); however, at least 28 radioisotopes of cobalt have been identified, ranging from Co-47 (with 20 neutrons) to Co-75 (with 48 neutrons).
What element has 27 protons-?
The number of protons is equal to the number of electrons. Cobalt is the element with 27 protons. Cobalt is a d block metal.
What element has 27 protons 30 electrons and 32 neutrons?
An element with 27 protons is cobalt (Co), as the number of protons defines the element. However, having 30 electrons indicates that this atom is an ion, specifically a cobalt ion with a +3 charge (Co³⁺), since it has more electrons than protons. The presence of 32 neutrons gives it an atomic mass of 59 (27 protons + 32 neutrons), which corresponds to the most common isotope of cobalt, Co-59.
What is the chemical for the ion with 29 protons and 27 electrons?
It would end up answering with Cobalt = Co. Because the protons stay the same and add the protons and electrons together equaling 59. So (Co+2) would be the final answer.
Is CO ionic or convalent bonding?
Carbon monoxide is a molecule with covalent bonds.
What is the smallest molecule?
Well, if we define a molecule as something that has more than one atom, the smallest molecules would be diatomic molecules (molecules with two atoms). The smallest diatomic molecule is hydrogen gas, H2, which consists of two protons and two electrons. Other common diatomic gases which have more electrons and more massive nuclei are O2 (oxygen), NO (nitrogen oxide), and CO (carbon monoxide).
What the smallest molecule?
Well, if we define a molecule as something that has more than one atom, the smallest molecules would be diatomic molecules (molecules with two atoms). The smallest diatomic molecule is hydrogen gas, H2, which consists of two protons and two electrons. Other common diatomic gases which have more electrons and more massive nuclei are O2 (oxygen), NO (nitrogen oxide), and CO (carbon monoxide).
Why molecule of nitrogen and CO have same no of electron proton and neutron?
Nitrogen (N₂) and carbon monoxide (CO) have the same total number of protons, electrons, and neutrons because they both consist of two atoms. Nitrogen has 7 protons and 7 neutrons per nitrogen atom, while carbon has 6 protons and oxygen has 8 protons. In CO, carbon has 6 protons and 6 neutrons (in its most common isotope), while oxygen has 8 protons and typically 8 neutrons. The total counts of protons and neutrons in both molecules can be compared, but their individual atomic compositions differ, leading to different molecular properties.
