Interested to Buy Any Domain ? << Click Here >> for more details...
Is LOD and LOQ values differ for different substrat (eg
milk, tissue, egg etc.) for same compound (eg pesticide
flumethrin)in same instrument(eg GC)?
- 1 Answers
- 4729 Views
- Pharmaceutical, I also Faced
- E-Mail Answers
Answer Posted / b ramanjaneyulu
LOD and LOQ values are obtained with very less concentration hence it response varies with different substrate
| Is This Answer Correct ? | 2 Yes | 2 No |
Post New Answer View All Answers
Explain the process of protactinium-uranium fractionation and its implications for understanding geological and geochemical processes.
How hydrate is forming along with API?
why in uv calibration in Limt of absorbance parameter specific absorbance is calculated only for selected wavelength
In order to avoid the pyridine catalyst use in many synthesis which is harmfull to environment, which catalyst can be used....?
what are the differences between assay procedures and estimation in chemical analysis? also what is the equivalent factor that we consider in assay analytical procedures?
How does Protactinium contribute to our understanding of nuclear fission and fusion reactions, and what research has been conducted in this area?
how we change 0.1N KmNo4 solution to 0.01N KmNo4 solution.
How does Actinium contribute to our understanding of nuclear structure and properties, and what experiments or studies have been conducted to explore this aspect?
Explain Thiele's structure for benzene. What is the difference between thiele's structure and modern structure (resonance hybrid) of benzene?
Actinium-227 can decay into Thorium-227. Explain the significance of this decay chain and its applications, particularly in nuclear physics.
What is the range of uv & vis lamp in spectrophotometer?
how much time require for day to prepare the ongc exam for evarage student?
why we not use caffeine at 205nm for hplc calibration?
Discuss the various isotopes of Protactinium and their roles in different fields of study.
Assuming that the density of the solution is the same as the density of water (density of water=1.000g/ml), calculate the mass of water for both reactions using: mass of water = Volume of water Density of water. Mass of water =
