answersLogoWhite

0

The elements with atomic number 65 on the Periodic Table is Terbium (Tb). It is a Lanthanide with Berkelium (Bk) directly below it. Berkelium is an Actinide.

User Avatar

Wiki User

13y ago

What else can I help you with?

Related Questions

By weight 65 percent of you is what element?

Oxygen


By weight 65 percent of you in what element?

Oxygen


Which element is the most abundant in the dry weight of humans?

Oxygen is the most abundant element in the dry weight of humans, making up about 65% of our body mass.


What element that makes up the greatest percentage of weight in the body?

Oxygen is the element that makes up the greatest percentage of weight in the body, comprising about 65% of the body's mass.


Is water or oxygen the most plentiful element in the human body by weight?

Water is not an element, it is made of Hydrogen and Oxygen. Oxygen is the most plentiful element in the human body by weight. If you go by number of atoms, then Hydrogen would be the most plentiful.


The element labeled X is the most abundant element in the body. what is element X?

the element labeled X is the most abundant element in the body. what is element X


How do you calculate ms angles weight?

65*65*8


What does scandium and terbium means?

Scandium is element 21, and terbium is element 65.


What element has 65?

Terbium has 65 protons. The stable isotope is 159Tb with 94 neutrons.


What is your weight if you weigh 65 kilograms?

2.2 pounds per kilogram 65 kg is 143 pounds


What element has the atomic number 65?

The element with atomic number 65 is terbium. Terbium is a rare earth element that is commonly used in the production of electronic devices and as a component of certain types of magnets.


The most abundant element in the human body is?

If you are wondering by weight, it is: OXYGENIf you are wondering by number of atoms it is: HYDROGENIf you might wanna know, or more info...Here is this:The MOST abundant element in the human body is oxygen. It cover about two thirds. (Around 65% (in percentage) If you are looking by mass.