Which property do transition metals have in common?

They are usually very soft.
They usually have low densities.
They are usually very reactive.
They usually have high melting points.

They usually have high melting points.

C. low or no reactivity

A. 17 - halogens

They have a different number of electrons in their outer shells.

Neon and argon are both in Group 18 of the periodic table. Which property do they most likely share?

A. silver color
B. metallic texture
C. low or no reactivity
D. strong odor

Which two elements are most likely have similar properties?

A. F and Ne
B. Ca and Sc
C. Cs and Rn
D. Li and Fr

A scientist studies an element that has seven electrons in its outer shell, is fairly toxic, is a gas at room temperature, and is highly reactive. To which group of the periodic table does this element belong?

A. 17 - halogens
B. 1 - alkali metals
C. 18 - noble gases
D. 2 - alkaline earth metals

On the periodic table, lithium and beryllium are in different groups. Which statement describes why the two elements are in different groups?

They have a different number of electrons in their outer shells.
They have different atomic numbers.
They have different number of electron shells.
They are different colors.

The property that transition metals have in common is that they usually have high melting points.

To find the answer, you can study the periodic table and examine the properties of transition metals. Transition metals are located in the d-block of the periodic table, specifically in the groups 3 to 12. They are known for their unique electronic configurations and partially filled d-subshells.

By researching the physical properties of transition metals, you will discover that they generally have high melting points compared to other metals. This is due to their strong metallic bonds, which are created by the attraction between the positive metal ions and the delocalized electrons in the metal lattice. The strong metallic bonds require a significant amount of energy to break, resulting in high melting points.

B. Ca and Sc