13 - 6 = 7 neutrons
The chemical formula C6H12O6 is associated with glucose, which is a simple sugar found in many foods and serves as an important energy source for living organisms.
For a given isotope of an element, the "top number" (e.g. 14C or carbon-14) is the atomic mass number, the total of neutrons and protons. The bottom number, if displayed, is the atomic number (e.g. 6C all isotopes of carbon have 6 protons). To find the number of neutrons, subtract the atomic number from the isotopes atomic mass number. Here, 14C will have 8 neutrons, and the result is that it is an unstable radioactive isotope. Many stable elements, however, have many more neutrons than protons.
The balanced decomposition chemical equation for hexane (C6H14) is: 2C6H14 → 6C + 7H2
When chemists name compounds, we look at the length of the parent chain (in this case, 6 carbons.) and the functional group(s) (in this case, carboxylic acid). A regular 6C (all single bonds) hydrocarbon is termed "hexane" , the prefix "hex-" denoting the 6 carbons. When naming a compound with the carboxylic acid functional group, we add the suffix "-oic acid". Thus, a 6C carboxylic acid is hexanoic acid
ElementWeight %SA 334 Gr.6C≤ 0.30Mn0.29 - 1.06P≤ 0.025S≤ 0.025Si≥ 0.10Febalance
12
48 ib
6c-4c =2c
It has not yet been determined if or when there will be an iPhone 6C.
Subtract the bottom number (atomic number) from the top number (mass number). The result is the number of neutrons. For example, carbon-14 has the nuclear symbol notation of 14 6C. Subtract 6 from 14 and you get 8 neutrons. Keep in mind that some elements have multiple isotopes and will sometimes have greater or fewer neutrons.
C2+6c-9
If: -110 = -4c-6c Then: c = 11
6c = 18 Therefore, c = 18/6 c = 3
LCM(2b, 6c) = 6bc.
(5a - 4b) + (2c - 3b - 6c) + a =5a - 4b + 2c - 3b - 6c + a =(5a + a) + (-4b - 3b) + (2c - 6c) =[ 6a - 7b - 4c ].
Glucose
a=2b 4b=6c becomes 2b=3c a=3c