Iodine, though astatine is somewhat less reactive.
You can figure this out by looking at a reference table so don't be lazy. I'm guessing that this is an utexas homework question... good luck
Moving down a group, the elements will have the same number if valence electrons. Tis will give them similar properties, such as the Noble Gases, or the extreme reactivity of Group I metals. Moving across a period, elements will begin to resemble each other less and share fewer properties the further apart they are in the row.
The f-block elements are placed at the bottom of the periodic table because if they were placed where they belong the periodic table would be too big to fit on a normal sheet of paper.
these are the turbid liquids which resemble crystals in certain properties the most important optical properties but always isotropic FROM ABDUL RAHMAN RIND NEW SAEEDABAD
These are the semiconductor metals, which have properties that nearly resemble metals but otherwise are the same as nonmetals. There are ten: arsenic, antimony, boron, carbon, germanium, polonium, phosphorus, selenium, silicon, and tellurium. All of these have great importance in the electronics (semiconductor) industry.
You can figure this out by looking at a reference table so don't be lazy. I'm guessing that this is an utexas homework question... good luck
i guess
As of yet, ununnovium is undiscovered. However, if discovered, it would fall in Group 1, which theoretically would give it the same properties as the other alkali metals. These properties include high reactivity, especially with elements in Group 17, and the physical properties of metals, such as conductivity. If ever synthesized, however, ununnovium would be highly unstable and would decay within miliseconds, and it is uncertain whether its properties truly would resemble those of the other Group 1 elements.
Moving down a group, the elements will have the same number if valence electrons. Tis will give them similar properties, such as the Noble Gases, or the extreme reactivity of Group I metals. Moving across a period, elements will begin to resemble each other less and share fewer properties the further apart they are in the row.
Fluorine's properties would more closely resemble those of chlorine than those of oxygen. This is because both F and Cl are in the same group (group 7, the halogens) and each has 7 valence electrons. Oxygen is in group 6, and has only 6 valence electrons.
Fluorine's properties would more closely resemble those of chlorine than those of oxygen. This is because both F and Cl are in the same group (group 7, the halogens) and each has 7 valence electrons. Oxygen is in group 6, and has only 6 valence electrons.
what is the resemble between newland classification element and music
no
The f-block elements are placed at the bottom of the periodic table because if they were placed where they belong the periodic table would be too big to fit on a normal sheet of paper.
These explosives resemble dark brown rocks when exposed to the elements. They often begin to decompose after such exposure.
Fluorine is more chemically similar to chlorine than it is to oxygen. Fluorine and chlorine both have 7 valance electrons, whereas oxygen has 6.
metals :) ~_~ ^_^ @_@ A_A !_! *_* ^-^im kinda board but the answer is metal hoped it helped.