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Merjenje prostornine in gostote teles z metodo hidrostatičnega tehtanja
ID Zakotnik, Miha (Author), ID Šmit, Žiga (Mentor) More about this mentor... This link opens in a new window

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Abstract
Natančen način merjenja prostornine trdnega telesa je tehtanje v tekočini ob znani masi telesa. V tem delu je pozornost usmerjena v tehtanje v tekočini, medtem ko je bila konvencionalna masa določena predhodno po akreditiranem postopku. Kot referenčna tekočina je uporabljena demineralizirana voda. Njena gostota je določena z merjenjem temperature. Iz prostornine in mase telesa je nadalje mogoče izračunati gostoto telesa. V izračunih so upoštevane številne korekcije, ki so posledica neidealnih pogojev pri merjenju. Merilna negotovost je analizirana na podlagi ovrednotenja posameznih prispevkov. Izvedene so bile meritve prostornine in gostote na petih različnih trdnih telesih v laboratoriju podjetja LOTRIČ Meroslovje d.o.o.

Language:Slovenian
Keywords:prostornina teles, gostota teles, hidrostatično tehtanje, merilna negotovost
Work type:Final paper
Typology:2.11 - Undergraduate Thesis
Organization:FMF - Faculty of Mathematics and Physics
Year:2021
PID:20.500.12556/RUL-127250 This link opens in a new window
COBISS.SI-ID:61942531 This link opens in a new window
Publication date in RUL:29.05.2021
Views:1220
Downloads:134
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Secondary language

Language:English
Title:Volume and density measurements of objects by hydrostatic weighing method
Abstract:
An accurate procedure of measuring a volume of a solid object is hydrostatic weighing in a liquid while knowing its mass. In this work the focus is on weighing in the liquid while the conventional mass of the object was determined by an accredited procedure in advance. As the reference liquid demineralized water is used. Its density is determined by measuring its temperature. From volume and mass of the object it is further possible to calculate the density of the object. In the calculation, many corrections which are consequences of non-ideal measuring conditions are taken into account. Measurement uncertainty is analysed based on the individual contribution evaluation. Volume and density measurements were performed on five different solid objects in the laboratory of LOTRIČ Meroslovje d.o.o. company.

Keywords:volume of objects, density of objects, hydrostatic weighing, measurement uncertainty

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