Which of the Following Best Describes the Noble Gases

Explain why noble gases are generally nonreactive. Most of these elements are metalloids.

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Noble gases dont tend to react with other elements.

. Which of the following best describes the properties of Group 1A group 1 elements on the Periodic Table. Temporary dipole moments explains how two noble gases molecules can have an attractive force between them. Dipole - induced dipole interactions are common in nonpolar substances.

Noble Gasses are nearly inert because their atoms have an entire valence electron shell. 8 electrons 8 protons 8 neutrons. The periodic table is a table for the.

The six naturally occurring noble gases are helium neon argon krypton xenon and the radioactive radon. Most of the elements are metals. The graph below shows atomic radii of the noble gases.

Helium neon argon krypton xenon and radon. They have stable filled valence electron configuration. This is mainly because the atoms of these elements already have a full valence shell.

Oxygen has an atomic number of 8 and most commonly a mass number of 16. Step 1 of 5. This means they have an octet configuration.

Neon easily combines with another element. Oganesson is a synthetically produced highly radioactive element variously. Noble gases tend to easily gain more valence electrons.

Noble Gases 17 Lanthanides Al Si PS C Ar 22990 26982 28086 0 974 2 066 35453 39948 26 27 19 8693 5 845 8 933 63546 6534 72631 Gallium GermaniumArsenic 4922 8972 79904 47867 0 942 1996 9723 84 798 38 48 Rb SrYZrNb MoTc Ru Rh PdAg Cd In Sn Sb Te Xe 91224 92906 98907 12411 18 711 1274 5468. Neon is one of the noble gases. Which of the following best describes the elements within the group of the periodic table that contains neon and argon gas.

This is due to an. Noble gases tend to easily lose their valence electrons. There are seven Noble Gas elements in the periodic table.

Intermolecular attractive forces include vanderwall forces dipole-dipole attractions London dispersion forces and hydrogen bonding. Noble Gasses are known as the least reactive Chemical elements. Neon is a reactive element.

Neon is a metallic element. Noble gases tend to react easily with other elements. The noble gases are the chemical elements in group 18 of the periodic table.

Which of the following best explains why argon which is a noble gas does not react with other elements. There are more than 100 known elements. The noble gases make up a class of chemical elements with similar properties.

Which answer best describes why does ice float in liquid water. Have completely paired up and stable electron shells. AThey have high boiling points BThey are highly active CThey are generally not reactive.

Which of the following best describes these elements. Which of the following describes the properties of noble gases. Thus an atom of oxygen has.

The forces acting between the molecules of a substance are called intermolecular forces. Which of the following best describes neon. Noble gases were thought to be unimportant because they were non-reactive.

As the atomic number of the elements in the graph increases each elements atomic radius also increases. A stable hydrogen bonds keep water motets of ice farther apart than. Noble gases are elements that are found in Group 18 of the periodic table.

Chemistry questions and answers. So they have a slight tendency to accept or donate electrons to form Chemical bonds. Which of the following statements about noble gases is correct.

Noble gases are a group of interesting elements and one of the most distinctive traits that they possess is their ability to be inert and not take part in any chemical reactions. Most of these elements are noble gases. Neon does not usually combine with another element.

The outer shell of valence electrons is considered to be full in noble gases giving them little tendency to participate in chemical reactions. Which of the following best explain why argon which is a noble gas does not react with other elementsNoble gases. In other words noble gases are the least reactive of all known elements.

The elements that were known and studied at the time were reactive. Under standard conditions they are all odorless colorless monatomic gases with very low chemical reactivity. They include Neon Argon Krypton Xenon etc.

Noble gases are non-reactive and so had yet to be discovered. They are the most stable due to having the maximum number of valence electrons their outer shell can hold. Which of the following BEST explains why Mendeleevs Periodic Table was organized according to atomic mass rather than atomic.

The noble gases are colourless odourless tasteless nonflammable gases. That is that their atoms could not combine with those of other elements to form chemical compounds. Most of these elements are nonmetals.

Dispersion forces are known to arise as a result of temporary dipoles which arise in molecules and cause dipoles to become induced in other neutral molecules. A have completely paired up and stable electron shells B have very small atoms. Question 3 1 pts Which of the following best describes why the first periodic table did not include the noble gases.

They traditionally have been labeled Group 0 in the periodic table because for decades after their discovery it was believed that they could not bond to other atoms. Intermolecular attractive forces are the forces that hold the molecules of the matter together.

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