Which risk increases during mass spectrometry of organic isotopes?

💡 Explanation

Isotopic fractionation increases in mass spectrometry because lighter isotopes vaporize more easily; therefore fractionation alters the observed ratios rather than constant ionization affecting measurements because heavier isotopes need higher energy.

• Which outcome occurs when adiabatic expansion of supercooled water?
• Which consequence results when radioactive Carbon-14 decays in unearthed archaeological relics?
• Which outcome arises from the equivalence principle affecting an accelerating rocket?
• Which consequence results when stainless steel corrodes under applied tensile stress in a hydrogen-rich atmosphere?
• Which risk increases within semiconductor devices using narrower channels?
• Which outcome results from uncontrolled confinement during deuterium-tritium fusion?