Each spike on an ion chromatograph represents a distinct ion or ion species detected in the sample as it passes through the chromatographic column. The position of the spike on the time axis indicates the retention time of that specific ion, while the height or area of the spike correlates with the concentration of the ion in the sample. By analyzing these spikes, one can identify and quantify the various ions present in the sample.
In ion chromatography, each spike on the chromatogram represents the detection of a specific ion or ionic species as it elutes from the column. The position of the spike corresponds to the retention time of that ion, while the area under the spike is proportional to its concentration in the sample. By comparing these spikes to calibration standards, the concentration of each ion in the sample can be quantified.
Na⁺ represents a positively charged sodium ion and a sodium ion that has lost an electron. It indicates that the sodium atom has one more proton than electrons, resulting in a net positive charge. It does not represent a negatively charged sodium ion or a sodium ion that has gained an electron.
Different elements within the compound/ion.
Both the iron ion and the zinc ion carry positive charges while the sulfide ion carries a negative charge. Like charges repel each other, opposite charges attract each other.
Both the iron ion and the zinc ion carry positive charges while the sulfide ion carries a negative charge. Like charges repel each other, opposite charges attract each other.
In ion chromatography, each spike on the chromatogram represents the detection of a specific ion or ionic species as it elutes from the column. The position of the spike corresponds to the retention time of that ion, while the area under the spike is proportional to its concentration in the sample. By comparing these spikes to calibration standards, the concentration of each ion in the sample can be quantified.
the great compromise
Chloride ion: Cl-
Arthur G. Hedley has written: 'Automation of an ion chromatograph for precipitation analysis with computerized data reduction' -- subject(s): Analysis, Analytic Chemistry, Chemistry, Analytic, Water
What symbol would represent a chlorine ion that has ionized to have a stable electron configuration?
Na⁺ represents a positively charged sodium ion and a sodium ion that has lost an electron. It indicates that the sodium atom has one more proton than electrons, resulting in a net positive charge. It does not represent a negatively charged sodium ion or a sodium ion that has gained an electron.
Cl- This is the symbol of a chlorine ion that gains one electron
Different elements within the compound/ion.
Both the iron ion and the zinc ion carry positive charges while the sulfide ion carries a negative charge. Like charges repel each other, opposite charges attract each other.
Both the iron ion and the zinc ion carry positive charges while the sulfide ion carries a negative charge. Like charges repel each other, opposite charges attract each other.
Both the iron ion and the zinc ion carry positive charges while the sulfide ion carries a negative charge. Like charges repel each other, opposite charges attract each other.
The symbol used to represent the chloride ion formed when chlorine gains one electron is Cl-.