write down the uncertainty in the volume of the cylinder (3.36*10^-2)

write down the minimum uncertainty with which the volume of the cylinder can be determined (1.79*10^-2)

it says to compare these values and discuss briefly. I figured out how to find them but I'm not certain what they mean.

the actual uncertainity is greater than the minimum uncertainty. This does not surprise me, in actual practice on measurements, it is seldom we can get down to the minimum, we always miss that mark.

To understand the meaning of uncertainty in the context of the volume of a cylinder, let's start with a brief explanation. Uncertainty refers to the margin of error or the range within which the value of a measurement or calculation may vary.

In this case, the uncertainty in the volume of the cylinder is given as 3.36 * 10^-2. This value represents the maximum deviation from the measured volume that is expected due to various factors such as limitations in measurement tools and techniques, as well as inherent variability in the object being measured.

On the other hand, the minimum uncertainty with which the volume of the cylinder can be determined is given as 1.79 * 10^-2. This value represents the smallest possible range or smallest level of uncertainty that can be achieved when measuring the volume of the cylinder. It indicates the level of precision in the measurement technique used.

Comparing these two values can provide insight into the reliability and accuracy of the volume measurement. If the uncertainty in the volume (3.36 * 10^-2) is significantly larger than the minimum uncertainty (1.79 * 10^-2), it suggests a higher level of variability and potential errors associated with the measurement. On the other hand, if the difference is small, it indicates a higher level of precision and consistency in the measurement method.

In summary, uncertainty in the context of the volume of a cylinder refers to the expected range of variation or error in the measured value. Comparing the uncertainty value and the minimum uncertainty value allows us to evaluate the reliability and precision of the measurement technique used.