It's all in the structure
You can make a huge number of different paintings from a palette of a small number of different paints. The electron configurations that surround and control the behaviour of the hundred or so elements control the properties of the compounds that they can form. or perhaps consider the number of stories that can be composed on a typewriter with 26 keys... JCF
i dont same Q ive been lookin 4
Yes, atoms of different elements have a different number of protons.
Because different elements have different numbers of protons, which determines the atomic number.
Elements in the table are identified by different things. What they are made of, atomic mass, and atomic number. Elements can also be identified by what state of matter they are at zero degrees Celsius and standard pressure which 1atm. The most current, standard table has 117 different elements.
The class of matter with 106 different varieties is the element class. In the periodic table, each element is represented by a unique atomic number, indicating the number of protons in its nucleus. Therefore, an element with 106 different varieties corresponds to the 106th element, seaborgium, which has isotopes with varying numbers of neutrons.
No two different elements will have the exact same atomic number. Each element has a unique number of protons in its nucleus, which determines its atomic number and distinguishes it from other elements.
A finite set or a countably infinite set.
Isotopes are atoms of the same elements with different number of neutrons.
No, the number of protons defines what element an atom belongs to. If two atoms are of different elements then they have different number of protons.
Different elements have different numbers of protons. The number of protons identifies the element.
Atomic number is unique. It cannot be same for different elements.