it S2-, because when you add electrons, you are making the atomic radius bigger. In S2-, you add 2 electron, making it bigger.
hope that helped.
It is not possible to determine which one is larger in size without more context or information about what S and S2 refer to. Size comparison between two entities requires specific measurements or criteria to make a valid comparison.
The symbol for sulfide, one of the many ions, is S2-.
There are two s atoms. One shows 0 and other shows+6.
Ferrous is the traditional name of the iron (II) ion. (Fe 2+) The formula for ferrous sulfide is FeS since sulfur has a charge of -2.
A mole of sulfur (S) contains approximately 6.022 x 10^23 sulfur atoms. The molecular weight of sulfur (S) is about 32 g/mol. Therefore, a mole of sulfur (S2) would weigh 64 grams (32 g/mol x 2).
The size of an s orbital increases with increasing principal energy level. This means that an s orbital in a higher principal energy level will be larger (have a larger average distance from the nucleus) compared to an s orbital in a lower principal energy level.
If s represents the length of one side, the area is s * s or s2.
The symbol for sulfide, one of the many ions, is S2-.
Chemical formula for sulfur is S not S2.
galaxy s2
Given: a square with side = s and a circle with radius = s (radius is equal to the length of the side of the square) Areasquare = side squared = s2 Areacircle = pi times the square of the radius = pi times s2 Areasquare : areacircle = s2 : pi s2 = 1 : pi (The ratio is one to pi.)
If s is the length of a side than, by Pythagoras, s2 + s2 = 82So s2 = 82/2 = 32 square units.s2 is the area of the square so the answer is 32 sq units.If s is the length of a side than, by Pythagoras, s2 + s2 = 82So s2 = 82/2 = 32 square units.s2 is the area of the square so the answer is 32 sq units.If s is the length of a side than, by Pythagoras, s2 + s2 = 82So s2 = 82/2 = 32 square units.s2 is the area of the square so the answer is 32 sq units.If s is the length of a side than, by Pythagoras, s2 + s2 = 82So s2 = 82/2 = 32 square units.s2 is the area of the square so the answer is 32 sq units.
S times S would be S2.
Size the size. The 7s is larger. I have the 7 and like it.
To make one complete vibration in 2.0 seconds, a pendulum must take 1.0 second to complete one swing. The formula for the period of a pendulum is T = 2π√(L/g), where T is the period, L is the length of the pendulum, and g is acceleration due to gravity. Plugging in the values, the pendulum must be approximately 0.25 meters (25 cm) long.
s2 means s multiplied by itself. s is a variable which we may or may not know the value of. E.g. if s = 4 then s2 = 4 x 4 = 16
A computer in the 1950's would have been the size of a house, so it was both expensive and impractical to own one
s+s2+s+32s2=2s+s2+32s2=2s+33s2I am pretty sure that that is the correct answer.