The cyanide is

A carbon atom has 4 valance electrons and nitrogen has 5. Below is a Lewis-dot-structure of cyanide.
:N≡C.
The carbon atom is still one electron short of having a full octet and so it will seize another electron from almost anything, making the cyanide ion negative and whatever it took the electron from it now positive.
1) Sperm is produced in the testes. 2) sperm leaves the testes through the seamen duct, 3) in the seaman duct fluids from the glands are added to the Sperm, 4) seaman is released form the penis.
Here are the CORRECT names and molecular formulas
carbonate:

bicarbonate:

Choice 1 is incorrect
nitrite:

nitrate:

Choice 2 is incorrect
sulfite:

sulfide:

Choice 3 is incorrect
By process of elimination, you can infer choice 4 is correct.
Actually, choice 4 is the only choice that displays the correct name and formula.
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Different substances can interact differently with light. So for me, I think the answer would be yes. It is possible <span>to conduct an UV/Vis spectroscopy experiment on a sample of the compound C3H3O2. Every substance is unique and has its own light interactions.</span>