The algebraic method I = Iosin ωt and I2 = Io2 sin2ωt can be used to explain the conceptions of root means square electrical field.
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p = r - c r - c = p r - c - r = p - r -(-c) = -(p) c = -p
n p =n!/(n-r)! r and n c =n!/r!(n-r)! r
You would take the following steps for G = A / (1-R):G = A / (1-R)Multiply by (1-R):G * (1-R) = ADivide by G:(1-R) = A/G1-R = A/GSubtract 1:-R = (A/G) - 1Divide By -1:R = -((A/G) - 1)Check Work:Original Problem:A = 12; R = 5G = 12 / (1-5)G = -3Solving For R:R = -((12/-3)-1)R = 5Therefore, R= -((A/G)-1)
The formula for the iodite anion is IO2-
Iodite is the hypothetical polyatomic ion, IO2-. Cobalt(III) carries a 3+ charge. Therefore Cobalt(III) iodite: Co(IO2)3
IO- is an ion, not a compound. it is called the hypoiodite ion.
1. Io2. Europa3. Ganymede4. Callisto
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The hypothetical acid iodous acid, HIO2, would be made from the hypothetical iodite ion, IO2-.
The anion periodate - IO4 (from the periodic acid HIO4); the charge is -1.
Al(IO2)3 This salt is hypothetical no iodite salts have been isolated.Chlorites are known and a bromite.
Iodine can form at least three oxides, with formulas IO2, I2O5, and I4O9. The first one of these is sometimes written as a dimer, with formula I2O4.
IO2 is the chemical formula of iodine dioxide.
Any dioxide has two (= 'di-') oxygen atoms (= 'oxide') in its molecular formula. Examples: Carbon dioxide CO2 and Sulfur dioxide SO2
The algebraic method I = Iosin ωt and I2 = Io2 sin2ωt can be used to explain the conceptions of root means square electrical field.