To calculate the theoretical volume of the rubber stopper, we can use the relationship between mass, density, and volume. The formula to find mass is:
Mass = Density × Volume
Given the density of rubber is 1.33 g/ml and the volume of the rubber stopper is 9.35 ml, we can first calculate the mass of the rubber stopper:
Mass = 1.33 g/ml × 9.35 ml
Now, let’s perform the calculation:
Mass = 12.4415 g
This mass tells us that the rubber stopper has a mass of approximately 12.44 grams. Since the volume of the object is given directly as 9.35 ml, the theoretical volume remains the same because it is already provided. Therefore, the theoretical volume of the object is:
9.35 ml
In conclusion, when given the volume and density of an object, the theoretical volume remains unchanged and is confirmed by the provided measurements.