The phrase "Bulk Density Measures 20 Ltr" is unconventional and seems to incorrectly use liters (L), which typically denotes volume, not density. Bulk density is correctly expressed in terms of mass per unit volume, such as kilograms per cubic meter (kg/m³) or grams per cubic centimeter (g/cm³).
 
To provide a clear interpretation:
1. Correct Interpretation: Assuming the statement intends to convey bulk density in a conventional manner, it might mean "Bulk Density is 20 kg/L" or "Bulk Density measures 20 kg per liter."
2. Meaning: This interpretation would imply that for every liter of volume of the substance being measured, there is a mass of 20 kilograms. This indicates a relatively high density, suggesting that the substance is densely packed with a significant amount of mass per unit volume.
3. Context: It's important to note that using liters (L) to describe density is incorrect; density should be expressed in mass per unit volume. The use of liters here might be a mistake or a misunderstanding of the correct units.
4. Implications: Higher bulk densities typically signify denser materials with less space between particles, whereas lower bulk densities indicate less compacted materials with more voids.
 
In summary, "Bulk Density Measures 20 Ltr" likely intends to convey a high density of 20 kilograms per liter, but the use of liters to describe density is incorrect. The correct unit for bulk density should be mass per unit volume (e.g., kg/m³).