Objective: Measurement of an irregularly shaped body
Callipers are used for making precise measurements of quite short lengths. They are suitable for finding internal and external dimensions and depths, as demonstrated in the measurement of an irregularly shaped body. However, calculating a body’s volume from the data obtained is comparatively complex. The displacement method is an easier way to determine the volume of an irregularly shaped body.
![Experiment: Lengths and Volumes, Basic equipment, 8000518 [UE1010200], Measurement procedures](/imagelibrary/UE1010200/UE1010200_01_Experiment-Lengths-and-Volumes-Basic-equipment.jpg)
![Experiment: Lengths and Volumes, Basic equipment, 8000518 [UE1010200], Measurement procedures](/imagelibrary/UE1010200/UE1010200_02_Experiment-Lengths-and-Volumes-Basic-equipment.jpg)
![Experiment: Lengths and Volumes, Basic equipment, 8000518 [UE1010200], Measurement procedures](/thumblibrary/UE1010200/UE1010200_01_1200_1200_Experiment-Lengths-and-Volumes-Basic-equipment.jpg)
![Experiment: Lengths and Volumes, Basic equipment, 8000518 [UE1010200], Measurement procedures (Small)](/thumblibrary/UE1010200/UE1010200_02_1200_1200_Experiment-Lengths-and-Volumes-Basic-equipment.jpg)
![Experiment: Lengths and Volumes, Supplement, 8000519 [UE1010200S], Measurement procedures](/thumblibrary/UE1010200S/UE1010200S_01_140_140_Experiment-Lengths-and-Volumes-Supplement.jpg)
![Precision Dynamometer 5 N, 1003106 [U20034], Dynamometers](/thumblibrary/U20034/U20034_01_140_140_Precision-Dynamometer-5-N.jpg)
![Calipers, 150 mm, 1002601 [U10071], Measurement of Length](/thumblibrary/U10071/U10071_01_140_140_Calipers-150-mm.jpg)
![Clamp with Hook, 1002828 [U13252], Clamps](/thumblibrary/U13252/U13252_01_140_140_Clamp-with-Hook.jpg)
![Set of Weights 1 g to 500 g, 1010189 [U29576], Balance Weights](/thumblibrary/U29576/U29576_01_140_140_Set-of-Weights-1-g-to-500-g.jpg)
![Object for Measurement Exercises, 1006889 [U8404550], Measurement of Length](/thumblibrary/U8404550/U8404550_01_140_140_Object-for-Measurement-Exercises.jpg)
![Photo Gate, 1000563 [U11365], Sensors for Physics](/thumblibrary/U11365/U11365_01_140_140_Photo-Gate.jpg)
![Barrel Foot, 1 kg, 1002834 [U13265], Bases](/thumblibrary/U13265/U13265_01_140_140_Barrel-Foot-1-kg.jpg)
![Tripod Stand 150 mm, 1002835 [U13270], Bases](/thumblibrary/U13270/U13270_01_140_140_Tripod-Stand-150-mm.jpg)
![Graduated Cylinder, 100 ml, 1002870 [U14205], Glassware](/thumblibrary/U14205/U14205_01_140_140_Graduated-Cylinder-100-ml.jpg)
![Set of 10 Beakers,600 ml, Tall Form, 1002873 [U14211], Glassware](/thumblibrary/U14211/U14211_01_140_140_Set-of-10-Beakers-600-ml-Tall-Form.jpg)
![Stainless Steel Rod 470 mm, 1002934 [U15002], Rods](/thumblibrary/U15002/U15002_01_140_140_Stainless-Steel-Rod-470-mm.jpg)
![Laboratory Jack II, 1002941 [U15020], Jacks](/thumblibrary/U15020/U15020_01_140_140_Laboratory-Jack-II.jpg)
![Precision Dynamometer 2 N, 1003105 [U20033], Dynamometers](/thumblibrary/U20033/U20033_01_140_140_Precision-Dynamometer-2-N.jpg)
![Inclined Plane -
determination of holding friction, 1003213 [U30015], Linear Motion](/thumblibrary/U30015/U30015_01_140_140_Inclined-Plane-determination-of-holding-friction.jpg)
![Lever, 1008539 [U8552001], Lever and Pulley](/thumblibrary/U8552001/U8552001_01_140_140_Lever.jpg)
![Connection Cable MiniDIN8 – BT, 1021688 [U8557950], Additional Accessories for Computer-aided Experimentation](/thumblibrary/U8557950/U8557950_01_140_140_Connection-Cable-MiniDIN8-BT.jpg)
![Experiment: First- and Second-Class Levers, 8000522 [UE1020200], Forces](/thumblibrary/UE1020200/UE1020200_01_140_140_Experiment-First-and-Second-Class-Levers.jpg)
![Experiment: Inclined Planes, 8000524 [UE1020400], Forces](/thumblibrary/UE1020400/UE1020400_01_140_140_Experiment-Inclined-Planes.jpg)
![Experiment: Static and Dynamic Friction, 8000525 [UE1020500], Forces](/thumblibrary/UE1020500/UE1020500_01_140_140_Experiment-Static-and-Dynamic-Friction.jpg)