Summary
Samenvatting Conceptuele Natuurkunde Met Technische Toepassingen (D0H021a-2122)
- Course
- Institution
Volledige samenvatting van het vak conceptuele natuurkunde met technische toepassingen
[Show more]
Seller
Follow
AnnabelleVandenbossche
Reviews received
Content preview
CONCEPTUELE NATUURKUNDE METTECHNISCHE TOEPASSINGEN
KU LEUVEN 2021-2022
,INHOUDSOPGAVE
2.1 snelheid ........................................................................................................................................................ 5
2.2 versnelling ................................................................................................................................................... 5
2.3 beweging met een constante versnelling ..................................................................................................... 6
2.4 vrij vallende voorwerpen ............................................................................................................................. 6
4.1 kracht............................................................................................................................................................ 7
4.2 de eerste bewegingswet van Newton.......................................................................................................... 7
4.3 massa ........................................................................................................................................................... 7
4.4 de tweede bewegingswet van newton ........................................................................................................ 7
4.5 de derde bewegingswet van Newton .......................................................................................................... 7
4.6 gewicht: zwaartekracht en de normaalkracht ................................................................................................... 8
5.1 toepassingen van de wetten van newton met wrijving............................................................................... 8
5.2 eenparige cikelvormige beweging ............................................................................................................... 8
5.2.1 kinematica ......................................................................................................................................................................... 8
5.2.2 dynamica ........................................................................................................................................................................... 8
5.3 niet-eenparige cikelvormige beweging ........................................................................................................ 9
6.1 de wet van de universele zwaartekracht van Newton ................................................................................ 9
6.2 vectorvorm van de wet van de universele zwaartekracht ........................................................................... 9
6.3 DE ZWAARTEKRACHT VLAK BIJ HET OPPERVLAK VAN DE AARDE ........................................................ 10
7.1 ARBEID DIE DOOR EEN CONSTANTE KRACHT VERRICHT WORDT (si-eenheid: J) ................................... 10
7.2 HET INWENDIG PRODUCT VAN TWEE VECTOREN .................................................................................... 10
7.3 ARBEID DIE DOOR EEN VARIABELE KRACHT VERRICHT WORDT ............................................................. 10
7.3.1 ARBEID DIE DOOR EEN VEER VERRICHT WORDT ................................................................................................. 10
7.4 PRINCIPE VAN ARBEID EN KINETISCHE ENERGIE ..................................................................................... 10
8.1 conservatieve en niet conservatieve krachten ........................................................................................... 11
8.2 Potentiële energie (si-eenheid: j) ................................................................................................................ 11
8.2.1 potentiële energie in het zwaarteveld ......................................................................................................................... 11
8.2.2 potentiële energie in het algemeen ............................................................................................................................. 12
Potentiële energie als gevolg van elastische vervorming ................................................................................................... 12
8.3 Mechanische energie en behoud daarvan ................................................................................................. 12
,8.4 de wet van behoud van energie ................................................................................................................ 12
8.8 vermogen (si-eenheid: Watt) ...................................................................................................................... 12
9.1 impuls en relatie de relatie met kracht ....................................................................................................... 13
9.2 behoud van impuls .................................................................................................................................... 13
9.4 behoud van energie en impuls bij botsingen............................................................................................. 13
9.5 elastisch botsingen in één dimensie .......................................................................................................... 13
9.6 niet-elastische botsingen ............................................................................................................................ 13
9.8 massamiddelpunt (mm) ............................................................................................................................. 14
10.1 Grootheden bij rotatie – rotationele kinematica ....................................................................................... 14
10.2 vectoriële aard van rotatiegrootheden – rotationele kinematica.............................................................. 15
10.3 constante hoekversnelling – rotationele kinematica ................................................................................ 15
10.4 krachtmoment – rotationele dynamica..................................................................................................... 15
10.5 rotationele dynamica; krachtmoment en rotationele traagheid ............................................................... 15
10.7 traagheidsmomenten bepalen ................................................................................................................. 15
10.8 rotationele kinetische energie .................................................................................................................. 16
10.9 rotationele plus translationele beweging; rollen ..................................................................................... 16
11.1 Uitwendig vectorproduct; krachtmoment als een vector .......................................................................... 16
11.2 impulsmoment van een puntmassa ......................................................................................................... 16
11.3 impulsmoment en krachtmoment voor een systeem van puntmassa’s, algemene beweging................. 16
11.4 impulsmoment en krachtmoment van een star voorwerp ....................................................................... 17
11.5 Wet van behoud van impulsmoment ....................................................................................................... 17
12.1 de voorwaarden voor evenwicht ............................................................................................................. 17
12.2 stabiliteit en balans .................................................................................................................................. 17
12.3 elasticiteit; materiaalspanning en vervorming ......................................................................................... 17
12.3.1 elasticiteit en de wet van hooke ................................................................................................................................ 17
12.3.2 elasticiteitsmodulus ...................................................................................................................................................... 18
12.3.3 spanning en vervorming ............................................................................................................................................. 18
13.1 dichtsheid en soortelijk gewicht ............................................................................................................... 18
13.3 druk in vloeistoffen .................................................................................................................................. 18
13.3.1 het verband tussen druk en kracht ............................................................................................................................ 18
, 13.3.1 druk in vloeistoffen ..................................................................................................................................................... 19
13.4 atmosferische druk en manometerdruk .................................................................................................... 19
13.5 de wet van pascal .................................................................................................................................... 19
13.6 meten van druk; nanometer en barometer ............................................................................................... 20
13.7 opwaartse kracht en de wet van archimedes .......................................................................................... 20
14.1 trillingen van een veer ............................................................................................................................. 21
14.2 enkelvoudige harmonische beweging ..................................................................................................... 21
14.3 energie in de enkelvoudige harmonische oscillator................................................................................. 22
14.4 DE ENKELVOUDIGE SLINGER ................................................................................................................... 22
14.5 Gedempte harmonische beweging .......................................................................................................... 22
15.1 eigenschappen van een golfbeweging .................................................................................................... 22
15.2 typen golven: transversale en longitudinale golven ............................................................................... 23
15.3 Energietransport door golven ................................................................................................................... 24
15.4 wiskundige voorstelling van een lopende golf (harmonisch) ................................................................. 24
15.6 het superpositiebeginsel .......................................................................................................................... 24
15.7 reflectie en transmissie............................................................................................................................. 25
15.8 Interferentie .............................................................................................................................................. 25
15.9 staande golven; resonantie ...................................................................................................................... 25
15.10 resonantie .............................................................................................................................................. 26
21.1 statische elektriciteit; elektrische lading en het behoud daarvan ............................................................. 26
21.2 elektrische lading in een atoom ............................................................................................................... 26
21.3 isolatoren en geleiders ............................................................................................................................. 26
21.4 geïnduceerde lading: de elektroscoop...................................................................................................... 27
21.5 De wet van Coulomb (si-eenheid = coulomb) ......................................................................................... 27
21.6 het elektrisch veld (si-eenheid = newton/coulomb)................................................................................. 28
21.7 berekeningen van het elektrisch veld voor continue ladingsverdelingen ................................................ 28
21.8 ELEKTRISCHE VELDLIJNEN ....................................................................................................................... 28
21.9 elektrische velden en geleiders ................................................................................................................ 29
21.10 beweging van een geladen deeltje in een elektrisch veld ..................................................................... 29
The benefits of buying summaries with Stuvia:
Guaranteed quality through customer reviews
Stuvia customers have reviewed more than 700,000 summaries. This how you know that you are buying the best documents.
Quick and easy check-out
You can quickly pay through credit card or Stuvia-credit for the summaries. There is no membership needed.
Focus on what matters
Your fellow students write the study notes themselves, which is why the documents are always reliable and up-to-date. This ensures you quickly get to the core!
Frequently asked questions
What do I get when I buy this document?
You get a PDF, available immediately after your purchase. The purchased document is accessible anytime, anywhere and indefinitely through your profile.
Satisfaction guarantee: how does it work?
Our satisfaction guarantee ensures that you always find a study document that suits you well. You fill out a form, and our customer service team takes care of the rest.
Who am I buying these notes from?
Stuvia is a marketplace, so you are not buying this document from us, but from seller AnnabelleVandenbossche. Stuvia facilitates payment to the seller.
Will I be stuck with a subscription?
No, you only buy these notes for $7.00. You're not tied to anything after your purchase.
Can Stuvia be trusted?
4.6 stars on Google & Trustpilot (+1000 reviews)
73918 documents were sold in the last 30 days
Founded in 2010, the go-to place to buy study notes for 14 years now