The element cadmium is above Mercury in the Periodic Table. And above cadmium is the element zinc. They're similar. Use the link below to see the Wikipedia periodic table. It's an interactive table, and each element is a link to the Wikipedia post on that element. Bookmark this table, friends. It's a great homework and reference tool!
Those two elements (Cd and Zn) are similar to Hg because they are in the same group/family. Elements that are grouped into families are done so because they are have similar characteristics.
Hg is the chemical symbol for mercury.
Francium is similar to caesium.
Elements in the same family, or group, have similar physical and chemical properties.
Any two samples of the element mercury share the same atomic number, which is 80, indicating they both consist of 80 protons in their nuclei. Additionally, both samples will have similar chemical properties due to being the same element, exhibiting characteristics such as being a heavy metal that is liquid at room temperature. Furthermore, they will have identical electron configurations, contributing to their behavior in chemical reactions.
No; each chemical element has different properties.
scientists are saying that element 112, currently called ununbium, will be similar to mercury.
The element with chemical properties most like silicon is germanium. As an example, both are used in semiconductors.
Hg is the chemical symbol for mercury.
Francium is similar to caesium.
Elements in the same family, or group, have similar physical and chemical properties.
Silicon.
No; each chemical element has different properties.
The members of this family have similar chemical properties.
Magnesium is a metallic element with chemical properties similar to calcium.
Silicon.
Sodium is an element that is similar to potassium. Both are alkali metals in group 1 of the periodic table and have similar chemical properties.
For the same element, isotopes have equal numbers of protons but different numbers of neutrons. Isotopes of a given element have similar chemical properties due to having the same number of electrons, which determines an element's chemical behavior.