interconvertible การใช้

• These are all equivalent and interconvertible to each other, viz.
• These are, in a practical sense, all interconvertible units.
• In an aqueous solution, chromate and dichromate ions can be interconvertible.
• The above example illustrates that twist and writhe are interconvertible.
• These isomers are thermally interconvertible but can be separated by low temperature fractionation.
• Energy can exist in many interconvertible forms, just like ( monetary ) currencies.
• Although PA and DAG are interconvertible, they do not act in the same pathways.
• Quarries that produce dimension stone or crushed stone ( used as construction aggregate ) are interconvertible.
• The distinction between strict and non-strict well orders is often ignored since they are easily interconvertible.
• Ubiquitously expressed, CKMT1A is located in the mitochondrial intermembrane space and form both homodimeric and homooctameric molecules that are readily interconvertible.
• It is possible that, though PA and DAG are interconvertible, separate pools of signaling and non-signaling lipids may be maintained.
• It is possible that, though PA and DAG are interconvertible, separate pools of signalling and non-signalling lipids may be maintained.
• The transformation has medical significance because if the human body's tissues should prove to be as interconvertible, patients'tissues might be repaired from their own cells.
• His team demonstrated the existence of several interconvertible states for the nicotinic receptor, resting, open and desensitized, displaying different affinities for the ligands, such as the endogenous agonist acetylcholine.
• Dinitrogen difluoride ( N 2 F 2 ) exists as thermally interconvertible " cis " and " trans " isomers, and was first found as a product of the thermal decomposition of FN 3.
• According to Truesdell ( 1980 ), Julius Robert von Mayer in 1841 made a statement that meant that " in a process at constant pressure, the heat used to produce expansion is universally interconvertible with work ", but this is not a general statement of the first law.
• Because energy exists in many interconvertible forms, and yet can't be created or destroyed, its measurement may be equivalently " defined " and quantified via its transfer or conversions into various forms that may be found to be convenient or pedagogic or to facilitate accurate measurement; for example by energy transfer in the form of work ( as measured via forces and acceleration ) or heat ( as measured via temperature changes of materials ) or into particular forms such as kinetic ( as measured via mass and speed ) or by its equivalent mass.