Answer:
Density of the object = 1.67 g/ml (≅1.7 g/ml)
Explanation:
Given:
Mass of the object, M = 14.01 g
Initial volume of water in the cylinder, V1 = 25.2 ml
Volume of water after the object is placed in the cylinder, V2 = 33.6 ml
To determine
The density D of the object
Explanation:
Density (D) of a substance is the mass (M) occupied by the substance in a given volume (V) i.e.
[tex]D = \frac{M}{V}[/tex]
In this case:
M = 14.01 g
The volume V of the substance = V2-V1 = 33.6-25.2 = 8.4 ml
[tex]D = \frac{14.01 g}{8.4 ml} = 1.67 g/ml[/tex]
Based on the data provided, the density of the object is 1.67 g/mL.
The density of an object refers to how tightly packed its particles are in a given space.
The formula for calculating density:
From the data provided:
mass of object = 14.01 g
volume = 8.4 mL
Then:
Density = 14.01/8.4
Density = 1.67 g/mL
Therefore, the density of the object is 1.67 g/mL.
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