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@kiukenya_: #muturaisafruit #fypviralシ #fyp #tiktokkenya🇰🇪 #fypkenya

kiukenya 🇰🇪
kiukenya 🇰🇪
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Region: KE
Tuesday 09 June 2026 17:42:10 GMT
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kimberlitesempirefarmss
Tunda na Mboga Hub :
siroooo siroooo sirooo
2026-06-09 17:57:58
0
elishagodana
Elisha Godana :
Hii haikosi ni math paper 2😂
2026-06-10 09:02:24
0
marya.bijou
marya.bijou :
Daystar uni election results😭😭
2026-06-09 23:16:01
0
bossacydal
BOSSACYDAL :
😂😂😂🤣🤣🤣😂🤣🤣🤣😂😂😂😂😂😂😂😂😂😂😂😂😂🤣🤣🤣😂😂😂🤣🤣🤣😂😂😂....I guess I'll never get space to breathe in this country.
2026-06-09 17:51:36
0
miambili_themanini
thelathini na tano :
Tukutane staffroom
2026-06-09 17:50:29
0
hezroni.ikaya
HEZRONI Ikaya :
😂😂😂
2026-06-09 17:50:22
0
sniipy_gz
OSTO😈 :
😂😂😂😂
2026-06-10 07:36:40
0
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Other Videos

ليس كل فراق يُنسي 💔 #علاقات #فراق #وحده #الم #بودكاست
ليس كل فراق يُنسي 💔 #علاقات #فراق #وحده #الم #بودكاست
How to Read a Micrometer (Step by Step) – A Basic Skill Every Technician and Engineer Should Know In aircraft maintenance and precision engineering, accurate measurement is not optional — it is a safety requirement. Many new technicians feel confused when reading a micrometer scale, but once you understand the logic, it becomes very simple. Let’s review the main parts of a micrometer and how to read the measurement correctly. Main Parts of the Micrometer 1- Frame 2- Anvil (fixed measuring surface) 3- Spindle (moving measuring surface) 4- Sleeve / Barrel (main scale) 5- Thimble (rotating scale) 6-Ratchet Stop (applies consistent measuring pressure) 7- Lock Nut (locks the measurement) Step-by-Step: How to Read the Measurement • Step 1 – Read the Sleeve (Main Scale) Look at the last visible number on the sleeve before the thimble edge. In this example, the sleeve shows 10 mm. • Step 2 – Check the Half Millimeter Mark If the half-millimeter line is visible after the main number, add 0.5 mm. Here we can see the half mark, so: 10 mm + 0.5 mm = 10.5 mm • Step 3 – Read the Thimble Scale Find the line on the thimble that aligns with the horizontal reference line on the sleeve. In this case the alignment is 16 divisions. Each division = 0.01 mm So: 16 × 0.01 = 0.16 mm • Step 4 – Add the Values 10 mm • 0.5 mm • 0.16 mm • Final Measurement = 10.66 mm Important Tip for Technicians Always use the ratchet stop when tightening the spindle. This ensures constant pressure and prevents measurement errors. Precision tools like micrometers are widely used in aircraft maintenance, engine components, structural inspections, and machining, where even 0.01 mm can make a difference. In aviation maintenance, precision is safety.
How to Read a Micrometer (Step by Step) – A Basic Skill Every Technician and Engineer Should Know In aircraft maintenance and precision engineering, accurate measurement is not optional — it is a safety requirement. Many new technicians feel confused when reading a micrometer scale, but once you understand the logic, it becomes very simple. Let’s review the main parts of a micrometer and how to read the measurement correctly. Main Parts of the Micrometer 1- Frame 2- Anvil (fixed measuring surface) 3- Spindle (moving measuring surface) 4- Sleeve / Barrel (main scale) 5- Thimble (rotating scale) 6-Ratchet Stop (applies consistent measuring pressure) 7- Lock Nut (locks the measurement) Step-by-Step: How to Read the Measurement • Step 1 – Read the Sleeve (Main Scale) Look at the last visible number on the sleeve before the thimble edge. In this example, the sleeve shows 10 mm. • Step 2 – Check the Half Millimeter Mark If the half-millimeter line is visible after the main number, add 0.5 mm. Here we can see the half mark, so: 10 mm + 0.5 mm = 10.5 mm • Step 3 – Read the Thimble Scale Find the line on the thimble that aligns with the horizontal reference line on the sleeve. In this case the alignment is 16 divisions. Each division = 0.01 mm So: 16 × 0.01 = 0.16 mm • Step 4 – Add the Values 10 mm • 0.5 mm • 0.16 mm • Final Measurement = 10.66 mm Important Tip for Technicians Always use the ratchet stop when tightening the spindle. This ensures constant pressure and prevents measurement errors. Precision tools like micrometers are widely used in aircraft maintenance, engine components, structural inspections, and machining, where even 0.01 mm can make a difference. In aviation maintenance, precision is safety.
Préfecture Abomey : Entrée du Ministre Yahouédéou et du Préfet Zomaï #information #actualites #229 #benin #zou
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Là một ngày nắng đẹp, Khoai lại lang thang trên chiếc nhà di động của mình. Đố mọi người đây là đâu ở Châu Âu? #KhoaiLangThang
Là một ngày nắng đẹp, Khoai lại lang thang trên chiếc nhà di động của mình. Đố mọi người đây là đâu ở Châu Âu? #KhoaiLangThang
#baglover #purse #baghaul #luxurylifestyle
#baglover #purse #baghaul #luxurylifestyle
The strong ones get it #foryou
The strong ones get it #foryou

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