The quantities represented by each of the measurements are
5.0g/mL - Density
37s - Time
47J - Energy or Work
39.56g - Mass
25.3 cm3 - Volume
325 m/s - Time
500m2 - Area
30.23 mL - Volume
2.7 mg - Mass
0.005L - Volume
To determine the quantity each of the measurements represents, we will observe the units.
This represents density. Density is the ratio of mass to volume, and mass is measured in grams (g) while volume is measured in milliliters (mL)
This represents time because time is measured in seconds (s)
This represents Energy or Work because they are measured in Joules (J)
This represents mass because mass in measured in grams (g)
This represents volume because volume is measured in cubic meters (cm³)
This represents time. Time can be measured in milliseconds (ms)
This represents area because area is measured in square meters (m²)
This represents volume because volume is measured in milliliters (mL)
This represents mass because mass could be measured in milligrams (mg)
This represents volume because volume is measured in liters (L)
Hence, the quantities represented by each of the measurements are
5.0g/mL - Density
37s - Time
47J - Energy or Work
39.56g - Mass
25.3 cm3 - Volume
325 m s - Time
500m2 - Area
30.23 mL - Volume
2.7 mg - Mass
0.005L - Volume
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