Errors caused by which type of are responsible for increasing the density of the corresponding solids
Answers
Answer:
i hope its help for u..
Explanation:
Density is mass per unit volume, so when measuring density, you find the mass of the object and divide it by its measured volume. All measurements include some uncertainty, however, and certain kinds of errors can increase the uncertainty in your calculation. Always try to use the most accurate tools available to reduce errors when measuring density.
Regular Solid Volume
If a solid has a regular shape like a cube or a cylinder, its volume is easy to calculate using simple geometrical formulas. You will still need to measure its length, radius and so forth, however. So the ruler you use to take measurements introduces a possible source of error, since your measurement will only be as accurate as your measuring device. Moreover, if the shape of the solid has some irregularities such as a dent in the top of the cube, then your calculation of its volume will be off by the amount of the irregularities.
Irregular Solid Volume
If a solid is irregular in shape such as a wood chip, then you would need to use calculus to calculate its volume, and the calculation could become very difficult, depending on the shape of the object. In this case, you would be better off determining the volume by submerging the object in liquid and checking to see by how much the volume changes. You must choose a liquid in which the object sinks rather than floats, and it's also important to make sure the object does not soak up the liquid. If you were to use wood chips in water, for example, they would float and soak up some of the water, skewing your volume measurement.
Interstitial defect: It is a defect in which an atom or molecule occupies the intermolecular spaces in crystals. In this defect, the density of the substance increases.