The presentation covers the structure of the Passive Voice in the Present and Past Simple tense, it also includes a clear explanation of the difference between transitive and intransitive verbs, as well as the difference between BY and WITH. There are also exercises to practice each of the covered aspects.
The presentation starts with a clear explanation of the differences between the Passive and Active Voice and the transformations that take place when an active sentence is turned into a passive one.
Then comes a detailed explanation on how to form statements, negations and questions in the Passive Voice.
This is followed by a clear explanation of the difference between transitive and intransitive verbs.
Finally, the slideshow covers the difference between BY and WITH and explains the cases of use of each of them.
There are also exercises to practise each of the aspects covered in the slideshow.
The exercises include sentence transformation and fill-in the gap drills.
We use mixed conditionals to show how a past condition or possibility affects, or would affect, the present, or vice versa. To form mixed conditional, we are going to mix 2nd and 3rd conditionals. One part of the sentence is about the past the other is about the present.
The presentation covers the structure of the Passive Voice in the Present and Past Simple tense, it also includes a clear explanation of the difference between transitive and intransitive verbs, as well as the difference between BY and WITH. There are also exercises to practice each of the covered aspects.
The presentation starts with a clear explanation of the differences between the Passive and Active Voice and the transformations that take place when an active sentence is turned into a passive one.
Then comes a detailed explanation on how to form statements, negations and questions in the Passive Voice.
This is followed by a clear explanation of the difference between transitive and intransitive verbs.
Finally, the slideshow covers the difference between BY and WITH and explains the cases of use of each of them.
There are also exercises to practise each of the aspects covered in the slideshow.
The exercises include sentence transformation and fill-in the gap drills.
We use mixed conditionals to show how a past condition or possibility affects, or would affect, the present, or vice versa. To form mixed conditional, we are going to mix 2nd and 3rd conditionals. One part of the sentence is about the past the other is about the present.
1. METROLOGIA
KALIBREA ETA MIKROMETROA
FABRIKATURIKO PRODUKTUEN KONTROLA: METROLOGIA
IES USANDIZAGA-PEÑAFLORIDA-AMARA BHI INDUSTRI TEKNOLOGIA I
http://teknologiaroman.blogspot.com.es/
https://teknolanak.wikispaces.com/
TEKNOROMAN
2. KALIBRE FINKOAK. TXANTILOIAK. PASA - EZ PASA
KALIBREAK
FABRIKATURIKO PRODUKTUEN KONTROLA: METROLOGIA
IES USANDIZAGA-PEÑAFLORIDA-AMARA BHI INDUSTRI TEKNOLOGIA I
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TEKNOROMAN
Pieza perdoien barruan dagoela ziurtatzen dute. Ez dute neurtzen perdoien mugak
adierazten dituzte soilik.
3. KALIBREA – VERNIER - ERREGE OINA
Barne- eta kanpo-diametroak eta lodierak neurtzeko tresna. Milimetrotan
graduatutako erregela-mota batez osatua dago, eta mutur batean ukondotua
dago. Erregelan gora eta behera lerra daitekeen irristailu bat du, ukondotua
hura ere. Bi mutur ukondotuek zabalera doigarriko aho bat osatzen dute; han
sartzen eta doitzen da neurtu beharreko pieza, eta erregelaren eskalan
edo noniusbatean irakurtzen da piezaren neurria. Milimetroaren
hamarrenerainoko doitasuna izan ohi dute. (http://zthiztegia.elhuyar.org/
KALIBRE HITZA BILATU)
FABRIKATURIKO PRODUKTUEN KONTROLA: METROLOGIA
IES USANDIZAGA-PEÑAFLORIDA-AMARA BHI INDUSTRI TEKNOLOGIA I
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https://teknolanak.wikispaces.com/
TEKNOROMAN
KALIBREAK
4. By Joaquim Alves Gaspar, modifiedby ed g2s (Own work) [GFDL (http://www.gnu.org/copyleft/fdl.html),CC-BY-SA-3.0 (http://creativecommons.org/licenses/by-sa/3.0/)or
CC-BY-2.5 (http://creativecommons.org/licenses/by/2.5)],via WikimediaCommons
1.- KANPO NEURRIETARAKO BARAILAK
2.- BARNE NEURRIETARAKO BARAILAK
3.- SAKONERA NEURRIETARAKO BUZTANA
4.- cm. Eta mm. ERREGELA FINKOA
5.- ERREGELA FINKOA HAZBETEETAN (INCH)
6.- NONIUS
7.- NONUIS (hazbetetako neurketetarako)
8.- Alde IRRISTAGAILUA MUGITU ETA GERATZEKO.
FABRIKATURIKO PRODUKTUEN KONTROLA: METROLOGIA
IES USANDIZAGA-PEÑAFLORIDA-AMARA BHI INDUSTRI TEKNOLOGIA I
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https://teknolanak.wikispaces.com/
TEKNOROMAN
ZATIAK
KALIBREAK
6. FABRIKATURIKO PRODUKTUEN KONTROLA: METROLOGIA
IES USANDIZAGA-PEÑAFLORIDA-AMARA BHI INDUSTRI TEKNOLOGIA I
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https://teknolanak.wikispaces.com/
TEKNOROMAN
KALIBREAK
NEURKETA MOTAK
7. NONIUSAREN ZEROAK NEURKETAREN ZENBAKI OSOA mm-TAN EMATEN DU. HAMARTARRAK
LORTZEKO NONIOUS-EKO ESKALAN BEGIRATUZ, ERREGELA FINKOAREKIN BAT EGITEN DUEN
MARRAK EMATEN DITU.
FABRIKATURIKO PRODUKTUEN KONTROLA: METROLOGIA
IES USANDIZAGA-PEÑAFLORIDA-AMARA BHI INDUSTRI TEKNOLOGIA I
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https://teknolanak.wikispaces.com/
TEKNOROMAN
IRAKURKETA
KALIBREAK
9. MIKROMETROA
Mikrometroa (grekeratik eratorria, mikros, txiki, eta metron, neurketan), baita Palmer
torlojua deitua, bere funtzionamendua torloju mikrometriko batean oinarritzen
den neurketa tresna bat da eta objetuen dimentsioak doitasun handiz neurtzeko balio du,
bere neurriak milimetroaren zentesimak (0,01 mm) eta milimetroen milesimetara
(0,001 mm) (mikra) ere iritsi daitezke.
Horretarako hari fineko torloju baten bidez euren artean hurbiltzen diren bi gako ditu,
hari honek bere inguruan zehar eskala bat grabatuta duelarik. Eskalak noniusa izan
dezake. Normalki, kanpotarako mikrometro baten gehienezko luzera 25 mm da, halere
0tik 30erakoak ere badaude, hortaz neurtu nahi diren neurketa esparru bakoitzerako
mikrometro bana edukitzea komeni da (0-25 mm), (25-50 mm), (50-75 mm), etab.
(http://eu.wikipedia.org/wiki/Mikrometro_(tresna))
FABRIKATURIKO PRODUKTUEN KONTROLA: METROLOGIA
IES USANDIZAGA-PEÑAFLORIDA-AMARA BHI INDUSTRI TEKNOLOGIA I
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TEKNOROMAN
11. MIKROMETROA
NEURKETA ETA IRAKURKETA
1.- Neurtu nahi den pieza (lauki horia irudian), bi topeen artean jartzen da.
2.- Danbor mugikorra desplazatu pieza tinkotu arte. Orduan finkapen palankari eragin.
3.- Erregela finkoan ikusten den milimetro neurria irakurtzen da. Adibidean 9,5mm
dira (gezi urdina).
4.- Neurria gehiago doitu daiteke noniuseko lerroa alde finkoan dagoen marrarekin
bat egiten duen neurria irakurtzen bada. Adibidean: 0,21mm.
5.- Neurria bi kopuruen gehiketa izango da: 9,5+0,21= 9,71mm.
FABRIKATURIKO PRODUKTUEN KONTROLA: METROLOGIA
IES USANDIZAGA-PEÑAFLORIDA-AMARA BHI INDUSTRI TEKNOLOGIA I
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TEKNOROMAN
13. 1. Ariketa
Doitasuna:
Neurketaren zati osoa mm-tan:
Noniusaren eskalak erregela finkoarekin bat egiten duen posizioa:
NEURKETA:
FABRIKATURIKO PRODUKTUEN KONTROLA: METROLOGIA
IES USANDIZAGA-PEÑAFLORIDA-AMARA BHI INDUSTRI TEKNOLOGIA I
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TEKNOROMAN
14. Doitasuna:
Neurketaren zati osoa mm-tan:
Noniusaren eskalak erregela finkoarekin bat egiten duen posizioa:
NEURKETA:
2. Ariketa
FABRIKATURIKO PRODUKTUEN KONTROLA: METROLOGIA
IES USANDIZAGA-PEÑAFLORIDA-AMARA BHI INDUSTRI TEKNOLOGIA I
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TEKNOROMAN
15. Doitasuna:
Neurketaren zati osoa mm-tan:
Noniusaren eskalak erregela finkoarekin bat egiten duen posizioa:
NEURKETA:
3. Ariketa
FABRIKATURIKO PRODUKTUEN KONTROLA: METROLOGIA
IES USANDIZAGA-PEÑAFLORIDA-AMARA BHI INDUSTRI TEKNOLOGIA I
http://teknologiaroman.blogspot.com.es/
https://teknolanak.wikispaces.com/
TEKNOROMAN
16. 4. Ariketa
FABRIKATURIKO PRODUKTUEN KONTROLA: METROLOGIA
IES USANDIZAGA-PEÑAFLORIDA-AMARA BHI INDUSTRI TEKNOLOGIA I
http://teknologiaroman.blogspot.com.es/
https://teknolanak.wikispaces.com/
TEKNOROMAN
17. 5. Ariketa
FABRIKATURIKO PRODUKTUEN KONTROLA: METROLOGIA
IES USANDIZAGA-PEÑAFLORIDA-AMARA BHI INDUSTRI TEKNOLOGIA I
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https://teknolanak.wikispaces.com/
TEKNOROMAN
18. 6. Ariketa
FABRIKATURIKO PRODUKTUEN KONTROLA: METROLOGIA
IES USANDIZAGA-PEÑAFLORIDA-AMARA BHI INDUSTRI TEKNOLOGIA I
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https://teknolanak.wikispaces.com/
TEKNOROMAN
19. https://sites.google.com/a/jakintza.net/teknojakintza/kalibrea
By Joaquim Alves Gaspar, modified by ed g2s (Own work) [GFDL (http://www.gnu.org/copyleft/fdl.html), CC-BY-SA-3.0
(http://creativecommons.org/licenses/by-sa/3.0/) or CC-BY-2.5 (http://creativecommons.org/licenses/by/2.5)], via Wikimedia Commons
http://zuzenean.imh.es/web/ondemand/c9f50120520162d696e0168dfaa2315c.html
http://www.ehu.es/manufacturing/docencia/743_eu.pdf
http://agrega.hezkuntza.net/repositorio/15012014/5b/es-eu_2014011433_2321303/ikasi3.html
http://teknologiadbh.weebly.com/mikrometroa.html
http://www.profesorenlinea.cl/matematica/metrologia_lineal_instrumentos.html
http://tecbelen.files.wordpress.com/2011/02/ejercicios-calibrador-pie-de-rey.pdf
http://www.tec-digital.itcr.ac.cr/file/7182719/instrumentos
http://www.educacontic.es/blog/calibre-y-micrometro-simuladores
INFORMAZIO ITURRIAK
FABRIKATURIKO PRODUKTUEN KONTROLA: METROLOGIA
IES USANDIZAGA-PEÑAFLORIDA-AMARA BHI INDUSTRI TEKNOLOGIA I
http://teknologiaroman.blogspot.com.es/
https://teknolanak.wikispaces.com/
TEKNOROMAN
