This is a bit of an ambiguous question but:
Radon (Rn) is the only radioactive noble gas. Rn222 has a half life of about 4 days, and can also form a few compounds, though Xenon (Xe) also forms compounds with electronegative elements like fluorine.
Helium is the most stable element in the Periodic Table because of it's electron configuration and atomic radius.
There's lots more information about the noble gases out there and each one can do something unique so perhaps specify what you wish to know about the noble gases.
Atoms and molecules with odd numbers of electrons are considered paramagnetic because they have unpaired electrons, which means they can be influenced by magnetic fields. This property is important in various applications, such as MRI technology and studying chemical reactions. Examples include oxygen (O2) and nitrogen monoxide (NO).
The odd element in the noble gases is helium because it has an atomic number of 2, while the other noble gases (neon, argon, krypton, xenon, and radon) have atomic numbers that are even.
No, the octet rule is a guideline, but there are exceptions for certain molecules and ions where atoms may have more or fewer than eight electrons in their valence shell. These exceptions typically involve elements from period 3 and below and can include expanded octets, odd-electron species, and species with incomplete octets.
Cl has 7 electrons. If you draw Cl^-, there are 8 electrons and a minus 1 charge. What do you want to draw? And what do you mean by "odd" electrons?
A Lewis structure that violates the octet rule would be one where a central atom doesn't have an octet of electrons, but has less or more than eight electrons around it. Examples include molecules with an odd number of valence electrons, such as NO or radicals like NO2.
The octet rule does not apply to all elements, especially those with more than 8 valence electrons. It also does not explain the bonding in molecules with odd numbers of electrons or in species with expanded octets, such as phosphorus pentachloride. Additionally, the rule is a simplification and does not account for molecular geometry and resonance structures.
Yes, the factors of all odd numbers are odd numbers.
Two elements that can form compounds that are exceptions to the octet rule are boron and phosphorus. Boron compounds often have fewer than 8 valence electrons, and phosphorus compounds sometimes have more than 8 valence electrons due to expanded octets.
The sum of two odd numbers is always even; the sum of three odd numbers is always odd; the sum of four odd numbers is always even; the sum of five odd numbers is always odd; etc
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You cannot. The sum of 5 odd numbers must be odd. 30 is not odd.You cannot. The sum of 5 odd numbers must be odd. 30 is not odd.You cannot. The sum of 5 odd numbers must be odd. 30 is not odd.You cannot. The sum of 5 odd numbers must be odd. 30 is not odd.
Acovalent bond involves the sharing of 2 electrons. 1 electron bonds are weaker although they are known for example in H2+ ion. This is found in deep space. Other examples are in radicals, odd electron molecules.
odd numbers
There is no such pattern because there are no even odd numbers. Odd numbers, by definition, are odd and therefore, not even.
The answer depends on how many odd numbers are being added together: even numbers make no difference.If the count of odd numbers is odd then the total is odd, andff the count of odd numbers is even then the total is even.
The sum of an odd number of odd numbers will be odd.
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The GCF of any set of odd numbers is odd because odd numbers don't have any even factors.