K typically refers to the chemical element potassium, represented by the symbol K on the Periodic Table. N3, or azide, refers to a chemical compound containing three nitrogen atoms bonded together, often represented as N₃⁻ in ionic form. Azides are known for their use in explosives and as intermediates in organic synthesis.
An N3 certificate requires a minimum of four passed technical subjects. N3 subjects are at a level of Matric. N3 certificate must have an addition of two languages to be fully equivalent to a Matric certification.
6+N3 is the sum of N*3 then you add six. 6*N3 is you multiply 6 times three times N times three.
Input N1, N2, N3 Max = N1 If N2 > Max then Max = N2 If N3 > Max then Max = N3 Display Max
n3 + 3n2 + 4n + 12 = (n3 + 3n2) + (4n + 12) = n2(n + 3) + 4(n + 3) = (n2 + 4)(n + 3).
n3 + 2
K3n
KN3 is ionic. It contains K+ and N3- ions. N3- is isoelectronic with CO2 and is linear.
Ne (neon) completes n3.
Azide, N3- ( a linear ion isoelectronic with CO2), or conceivably nitride N3- a monoatomic ion
Let any number be n:- n3/n3 = n*n*n/n*n*n = 1 And in index form: n3/n3 = n3-3 = n0 = 1
Formula: N3-
n3 + 1 = n3 + 13 = (n + 1)(n2 - n + 12) = (n + 1)(n2 - n + 1)
K3N, also known as potassium azide (KN3), decomposes upon heating to form potassium metal and nitrogen gas. This decomposition reaction is highly exothermic and can be initiated by heat, shock, or contact with certain metal catalysts. It is important to handle K3N with caution due to its explosive nature.
An N3 certificate requires a minimum of four passed technical subjects. N3 subjects are at a level of Matric. N3 certificate must have an addition of two languages to be fully equivalent to a Matric certification.
The formula for the nitride ion is N3-.
class Program { static void Main(string[] args) { int n1, n2, n3,i; n1 = 0; n2 = 1; for (i = 1; i <= 20; i++) { n3 = n1 + n2; if (n3 <= 200) { Console.WriteLine(n3); n1 = n2; n2 = n3; } } Console.ReadKey(); } }
If: n3 = 8 Then: n = 2