The properties of elements are periodic function of atomic number.This is shown in modern periodic atble.
True. Au is the symbol for gold on the periodic table of elements.
True. Mendeleev and other scientists used the periodic table to predict the properties of undiscovered elements based on their position in the table. This led to the successful discovery and confirmation of elements like gallium and germanium.
True. The columns on the periodic table can be referred to as families, but more commonly they are referred to as groups. There are 18 groups on the periodic table.
False. The periodic table is not complete as new elements are still being discovered or synthesized by scientists. These elements are typically new, man-made elements that are highly unstable and exist only for a very short time.
True. The majority of elements on the periodic table are solids at room temperature and pressure.
True. Au is the symbol for gold on the periodic table of elements.
Not true I am trying to find the same thing out but I no for a fact they are both on a periodic table.
Yes!The elements are arranged in horizontal rows and vertical columns to represent what is called the periods on the periodic table.
It is true that periodic table is divided into rows and columns. The rows are called periods and columns are called groups.
True. Mendeleev and other scientists used the periodic table to predict the properties of undiscovered elements based on their position in the table. This led to the successful discovery and confirmation of elements like gallium and germanium.
Yes this is a true statement as any form of exercise even things such as gardening can improve fitness.
Catfish
True. The columns on the periodic table can be referred to as families, but more commonly they are referred to as groups. There are 18 groups on the periodic table.
it’s false
true
No. This is not true. Take for example the element sliver (Ag), which is approximately in the "middle" of the periodic table. Such common compounds of Ag, such as AgCl, AgNO3, etc. exist.
sorry I don't know