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To determine which molecule is not tri-atomic, we need to identify examples of tri-atomic molecules (which have three atoms) versus those that have a different number of atoms. Common tri-atomic molecules include water (H₂O) and carbon dioxide (CO₂). A diatomic molecule, such as oxygen (O₂), consists of only two atoms, while a tetra-atomic molecule, like methane (CH₄), has four. Therefore, any diatomic or tetra-atomic molecule listed would not be tri-atomic.
give me the example of tri
Yes, in the first 90 elements of the periodic table, there are cases where consecutive elements do not have increasing atomic weights. For example, between lithium (Li) with an atomic weight of 6.94 and beryllium (Be) with an atomic weight of 9.01, the atomic weight decreases instead of increasing.
There is no single atomic number for "stone" as it is a general term for solid mineral material. Different minerals that make up stones have unique atomic numbers based on the elements they are composed of. For example, the atomic number of silicon, a common element in many stones, is 14.
Ozone is an allotrope of oxygen. It is the tri-atomic form of oxygen atom.
tri atomic or tri-atomic or triatomic
Ozone is a tri-atomic form of oxygen. It acts as a filter to UV rays.Ozone is present in the stratosphere. It is a tri atomic form of nascent oxygen.
To determine which molecule is not tri-atomic, we need to identify examples of tri-atomic molecules (which have three atoms) versus those that have a different number of atoms. Common tri-atomic molecules include water (H₂O) and carbon dioxide (CO₂). A diatomic molecule, such as oxygen (O₂), consists of only two atoms, while a tetra-atomic molecule, like methane (CH₄), has four. Therefore, any diatomic or tetra-atomic molecule listed would not be tri-atomic.
give me the example of tri
Yes, in the first 90 elements of the periodic table, there are cases where consecutive elements do not have increasing atomic weights. For example, between lithium (Li) with an atomic weight of 6.94 and beryllium (Be) with an atomic weight of 9.01, the atomic weight decreases instead of increasing.
Yes, in the first 90 elements of the periodic table, there are a few instances where consecutive elements do not have increasing atomic weights. For example, the atomic weight of Cobalt (Co) is 58.93, which is less than the atomic weight of Nickel (Ni) at 58.69. Another example is the atomic weight of Tellurium (Te) at 127.6, which is less than the atomic weight of Iodine (I) at 126.90447. These anomalies occur due to variations in the atomic mass of isotopes and their relative abundances.
The atomic mass of an element is average of the number of protons in an atom plus the number of neutrons. For example, if you look at a periodic table of elements, Hydroge has the atomic mass of 1.0079.
The atomic number of oxide depends on the specific element it is composed of. For example, the atomic number of oxygen, which commonly forms oxides, is 8. Other elements forming oxides will have their own unique atomic numbers.
There is no single atomic number for "stone" as it is a general term for solid mineral material. Different minerals that make up stones have unique atomic numbers based on the elements they are composed of. For example, the atomic number of silicon, a common element in many stones, is 14.
For example metal or nonmetal character, radioactivty, atomic weight, reactivity.
Ozone is an allotrope of oxygen. It is the tri-atomic form of oxygen atom.
Ozone is tri atomic oxygen. It's formula is O3.