A geologist analyzes 72 mineral samples, organizing them into 8 equally sized groups by formation type. If 3 groups are from metamorphic zones and each sample in those groups undergoes X-ray diffraction, how many samples are analyzed using this method? - DevRocket
A geologist analyzes 72 mineral samples, organizing them into 8 equally sized groups by formation type. If 3 of those groups represent metamorphic zones and each sample within them is scanned using X-ray diffraction, a clear pathway emerges for calculating how many samples undergo this analytical technique. This routine in geological research supports precise classification and interpretation of Earth’s subsurface processes. With structured grouping and targeted sample processing, studying mineral behavior becomes both systematic and scientifically meaningful.
A geologist analyzes 72 mineral samples, organizing them into 8 equally sized groups by formation type. If 3 of those groups represent metamorphic zones and each sample within them is scanned using X-ray diffraction, a clear pathway emerges for calculating how many samples undergo this analytical technique. This routine in geological research supports precise classification and interpretation of Earth’s subsurface processes. With structured grouping and targeted sample processing, studying mineral behavior becomes both systematic and scientifically meaningful.
This setup reflects a growing trend in geoscience: using detailed sample analysis to understand formation characteristics, mineral composition, and geological history. X-ray diffraction is a standard method that reveals atomic structure patterns, helping identify minerals and assess sample integrity. By focusing only on samples from metamorphic zones—groups known for complex mineral reassembly under heat and pressure—the approach balances precision with purpose.
To calculate the number of samples analyzed, begin by determining the size of each group. With 72 total samples divided into 8 equal parts:
72 ÷ 8 = 9 samples per group.
Each sample in the 3 metamorphic groups undergoes analysis:
3 groups × 9 samples = 27 samples analyzed by X-ray diffraction.
This focused methodology maintains scientific rigor while supporting broader discoveries in mineral classification and earth resource evaluation.
Understanding the Context
Is X-ray diffraction widely adopted in modern geological labs? Yes. Its role in non-destructive mineral identification has made it indispensable for research institutions, mining companies, and academic programs. This technique enables rapid, reliable data collection essential for
