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How can chemists state with certainty that no one will discover an element that would appear on the periodic table between sulfur and chlorine?
An element is characterized by a particular atomic number, which must be an integer since it corresponds to the number of protons in each atom of the element. There is no integer between the atomic numbers of sulfur and chlorine.
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How can chemists state with certainly that no one will discover an element that would appear on the periodic table between sulfur and chlorine?
Chemists can assert with certainty that no element will be discovered between sulfur and chlorine on the periodic table due to the established structure of the periodic table, which is based on atomic numbers. Sulfur has an atomic number of 16, while chlorine has an atomic number of 17; therefore, there is no room for an element with an atomic number of 16.5 or any other fractional value. Additionally, the properties of elements are well-defined by their atomic structure, and no known stable or unstable isotopes exist that would fit between these two elements.
How can you Explain how chemists can state with certainty that no one will discover an element that would appear on the periodic table between sulfur and chlorine?
Chemists can state with certainty that no new elements will be discovered between sulfur (atomic number 16) and chlorine (atomic number 17) due to the established and exhaustive nature of the periodic table. The periodic table is organized based on atomic number, and each element's properties are understood in terms of its electron configuration. Since these two elements are already defined, and no new element can fit into that specific position without altering existing atomic structures, it is scientifically accepted that there are no undiscovered elements in that gap. Furthermore, the stability and characteristics of elements are well-studied, reinforcing the understanding that no additional element belongs there.
How could chemists can state with certanity that no one discover an element that would appear on the periodic table between sulfur s and chlorine ci?
Chemists can assert with certainty that no new elements can be discovered between sulfur (S) and chlorine (Cl) because of the established atomic structure and the principles of periodicity. The positions of elements on the periodic table are determined by their atomic numbers, which correspond to the number of protons in an atom's nucleus. Since sulfur has an atomic number of 16 and chlorine has an atomic number of 17, any element that could potentially exist between them would need to have an atomic number of 16.5, which is not possible. Therefore, the periodic table's structure confirms that no elements can exist in that gap.
How can chemists state with certainty that no one will discover an element that would appear on the periodic table?
Chemists can assert with a high degree of certainty that no new elements will be discovered that can fit into the periodic table due to the established principles of atomic structure and electron configurations. The periodic table is organized based on the increasing atomic number and the corresponding electron arrangements, and elements beyond a certain atomic number (currently 118) are predicted to be unstable and unable to form. Additionally, theoretical models suggest that the properties of elements become increasingly erratic as atomic numbers rise, making the existence of new stable elements highly unlikely. Thus, while new isotopes or transient elements may be synthesized, the addition of new stable elements to the periodic table is considered improbable.
What type of scientists made the periodic table?
The periodic table was created by chemists, specifically Dmitri Mendeleev in 1869. Mendeleev organized the elements based on their properties and atomic weights to create a system that displayed the periodic trends of elements.
How can chemists state certainty that no one will discover an element that would appear on the periodic table between sulfur and chlorine?
An element is characterized by a particular atomic number, which must be an integer since it corresponds to the number of protons in each atom of the element. There is no integer between the atomic numbers of sulfur and chlorine.
Explain how chemists can state with certainty that no one will discover an element between sulfur and chlorine?
Chemists can state this with certainty because the periodic table follows a specific pattern in terms of atomic number and electron configuration. All elements have been discovered up to atomic number 118, and there are no gaps between sulfur (atomic number 16) and chlorine (atomic number 17) in the periodic table, indicating that no elements are missing between them. This knowledge of the periodic table's structure allows chemists to confidently assert that no new element will be found in this region.
How can chemists state with certainty that no one will discover an element between sulfur and chlorine?
Elements are distinguished based on their number of protons. Chlorine has exactly one proton more than sulfur. Since there cannot be fractions of protons, there can be no element between sulfur and chlorine on the periodic table.http://wiki.answers.com/Why_will_no_one_ever_find_an_element_between_sulfur_and_chlorine#ixzz17vf65uRN
How chemists can state with certainty that no one will discover an element that would appear on the periodic table between sulfur and chlorine?
An element is characterized by a particular atomic number, which must be an integer since it corresponds to the number of protons in each atom of the element. There is no integer between the atomic numbers of sulfur and chlorine.
How can chemists state with certainly that no one will discover an element that would appear on the periodic table between sulfur and chlorine?
Chemists can assert with certainty that no element will be discovered between sulfur and chlorine on the periodic table due to the established structure of the periodic table, which is based on atomic numbers. Sulfur has an atomic number of 16, while chlorine has an atomic number of 17; therefore, there is no room for an element with an atomic number of 16.5 or any other fractional value. Additionally, the properties of elements are well-defined by their atomic structure, and no known stable or unstable isotopes exist that would fit between these two elements.
How can you Explain how chemists can state with certainty that no one will discover an element that would appear on the periodic table between sulfur and chlorine?
Chemists can state with certainty that no new elements will be discovered between sulfur (atomic number 16) and chlorine (atomic number 17) due to the established and exhaustive nature of the periodic table. The periodic table is organized based on atomic number, and each element's properties are understood in terms of its electron configuration. Since these two elements are already defined, and no new element can fit into that specific position without altering existing atomic structures, it is scientifically accepted that there are no undiscovered elements in that gap. Furthermore, the stability and characteristics of elements are well-studied, reinforcing the understanding that no additional element belongs there.
How could chemists can state with certanity that no one discover an element that would appear on the periodic table between sulfur s and chlorine ci?
Chemists can assert with certainty that no new elements can be discovered between sulfur (S) and chlorine (Cl) because of the established atomic structure and the principles of periodicity. The positions of elements on the periodic table are determined by their atomic numbers, which correspond to the number of protons in an atom's nucleus. Since sulfur has an atomic number of 16 and chlorine has an atomic number of 17, any element that could potentially exist between them would need to have an atomic number of 16.5, which is not possible. Therefore, the periodic table's structure confirms that no elements can exist in that gap.
What is the trivia of chemistry?
A number of chemists died using the old scientific method of discovering the elements. They had to use as many of the 5 senses as possible and never lived to discover element 17 on the periodic table. The chlorine gas just killed them before they could discover it.Read more: What_are_10_pieces_of_trivia_about_chemistry
Who discover chlorine of periodic table of element?
Ancient times since 6000 B.C.
How can chemists state with certainty that no one will discover an element that would appear on the periodic table?
Chemists can assert with a high degree of certainty that no new elements will be discovered that can fit into the periodic table due to the established principles of atomic structure and electron configurations. The periodic table is organized based on the increasing atomic number and the corresponding electron arrangements, and elements beyond a certain atomic number (currently 118) are predicted to be unstable and unable to form. Additionally, theoretical models suggest that the properties of elements become increasingly erratic as atomic numbers rise, making the existence of new stable elements highly unlikely. Thus, while new isotopes or transient elements may be synthesized, the addition of new stable elements to the periodic table is considered improbable.
What type of scientists made the periodic table?
The periodic table was created by chemists, specifically Dmitri Mendeleev in 1869. Mendeleev organized the elements based on their properties and atomic weights to create a system that displayed the periodic trends of elements.
Who uses the periodic table today?
Chemists
