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@ustad.g: 4 million Folwers #million #Party #ustadg

Ustad G
Ustad G
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Region: PK
Saturday 04 February 2023 05:21:57 GMT
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Comments

sycomehar17
Hadi Mehar :
humko to support krty ni ho
2023-02-04 05:24:16
41
luqman___302__khan
🖐️OP᭄★Luqman Khan ➳ᴹᴿ✿࿐👑 :
support me
2023-02-04 05:24:23
36
zidi___king302
😓BrOkAn💔 :
Ustad g muje b koi trick bta de please🥰ya phir koi ak video pe 1M lga do please🥰
2023-02-04 05:31:20
32
itx_alikhan54
𝐌𝐂⚜️ 𝗕𝙊𝙊𝗦☠️ :
meri account freez ha
2023-02-04 08:52:22
20
anazadi07
💥انا زادی🥀 :
o enjoy 😂😂😂
2023-02-04 05:29:04
17
surakxya69
midle :
yes
2023-02-04 05:34:06
28
mlikbhai1
Shahzada@02786 :
Congradulations for 4 million followers 🥰🥰🥰🥰🥰
2023-02-04 08:36:45
17
javaid878
🌷Javaid kamboh 🌹 :
Beautiful USTad g🌹🌹🌹🌹🌹🌹🌹
2023-02-04 06:40:21
24
nisaratesh302
🦋نثاری🦋 :
congratulations
2023-02-04 05:30:55
4
juttbarnd528
Ali :
Very good 😂😂😂
2023-02-04 05:42:38
26
madeehadoll8
💜♡s̾i̾l̾n̾t̾.Q̾u̾e̾e̾n̾♡💜 :
super cute 💙💜💛💙💜
2023-02-04 09:14:04
14
moqadar_ka_sikendar
mr_sufiyan_king :
support me🥰🥰
2023-02-04 08:32:03
16
prince_luqman_1
🥀LUQMAN💛KHAN🥀 :
jar shma day
2023-02-04 05:34:16
19
malik__amir1
👑MARDAN KING👑 :
plz support me😳
2023-02-04 09:49:12
10
abdulwahab043741
عبدالوہاب منڈی الا🥷⚔️ :
nice
2023-02-04 05:40:12
11
haleem__tanha
ʜᴀʟᴇᴇᴍ__ᴛᴀɴʜᴀ :
Please One Video For My Account
2023-02-04 05:27:50
14
khalidhussain5566
❤️♥️K🌹💕💙 :
amazing celebration 🎉.and congratulations 💞 brother ❤️
2023-02-04 05:35:26
14
umair41542
✨亗𓆩MR UMAIR亗𓆪亗👅 :
Bhai hamari koi be video viral nai horahi 🥺
2023-02-04 07:54:57
17
chota__khang
itx Afridia ☞︎︎︎♪♪💔💔 :
support me plzzz bro 🙏🙏
2023-02-04 05:53:02
10
dishaset_3
Khushi :
congratulations 🎊 👏 💐 🥳
2023-02-04 05:51:36
18
zeeshanali01012
𝒁𝒆𝒆𝒔𝒉𝒂𝒏𝑨𝒍𝒊✨ :
𝐜𝐨𝐧𝐠𝐫𝐚𝐮𝐥𝐚𝐭𝐢𝐨𝐧🥳🥳🥳
2023-02-04 05:24:53
15
user5397493583746
itz maryam Rajput 746 :
1 million mubarak ho
2023-02-04 05:47:12
18
najafali33425
𑁍┊𝑁𝐚𝐣𝐚ϝ :
please ustad ji sport me please please please 😟😟😟😟😟😟😟😟😟😟😟😟😟😟😟😟😟
2023-02-04 09:38:43
17
sain_ki_memes
Sain~🫀✨ :
Bhai plz Mari id foryou per video Kasa Kara
2023-02-04 12:35:04
11
kashifaliarain7
Kashif Ali Arain :
please Sar support karo
2023-02-04 09:56:33
11
To see more videos from user @ustad.g, please go to the Tikwm homepage.

Other Videos

Three ring strikeout! 😱 #sports #juggling #trickshot
Three ring strikeout! 😱 #sports #juggling #trickshot
Fan Law 2 dives into the dynamics between airflow, quantified as Cubic Feet per Minute (CFM), and the resulting static pressure within a system. This law illustrates that the total static pressure varies with the square of the airflow or RPM, signifying that small increases in CFM can cause disproportionately larger increases in static pressure. Understanding this relationship is crucial for designing and maintaining efficient HVAC systems. Fan Law 2: Static Pressure and CFM Relationship Law: Total Static Pressure changes with the square of CFM (or RPM). Formula: SP2 = SP1 × (CFM2 ÷ CFM1)² Practical Meaning: A slight increase in airflow (CFM) leads to a disproportionately larger increase in static pressure. A 10% increase in CFM results in a 21% increase in static pressure. Field Application: When increasing airflow, it's crucial to consider the impact on static pressure across system components. For instance, increasing airflow from 1000 CFM to 1200 CFM can significantly increase the pressure drop across a filter, affecting its efficiency. The practical implications of Fan Law 2 are vital for HVAC system design and maintenance. As airflow is adjusted, recognizing the impact on static pressure helps prevent unintended consequences such as reduced system efficiency or component strain. This law provides essential insights for technicians and engineers to ensure that adjustments in airflow yield the desired outcomes without compromising system integrity. #hvac #hvactechnician #hvaclife #hvactech #hvacmaintenance #mechanicalengineer
Fan Law 2 dives into the dynamics between airflow, quantified as Cubic Feet per Minute (CFM), and the resulting static pressure within a system. This law illustrates that the total static pressure varies with the square of the airflow or RPM, signifying that small increases in CFM can cause disproportionately larger increases in static pressure. Understanding this relationship is crucial for designing and maintaining efficient HVAC systems. Fan Law 2: Static Pressure and CFM Relationship Law: Total Static Pressure changes with the square of CFM (or RPM). Formula: SP2 = SP1 × (CFM2 ÷ CFM1)² Practical Meaning: A slight increase in airflow (CFM) leads to a disproportionately larger increase in static pressure. A 10% increase in CFM results in a 21% increase in static pressure. Field Application: When increasing airflow, it's crucial to consider the impact on static pressure across system components. For instance, increasing airflow from 1000 CFM to 1200 CFM can significantly increase the pressure drop across a filter, affecting its efficiency. The practical implications of Fan Law 2 are vital for HVAC system design and maintenance. As airflow is adjusted, recognizing the impact on static pressure helps prevent unintended consequences such as reduced system efficiency or component strain. This law provides essential insights for technicians and engineers to ensure that adjustments in airflow yield the desired outcomes without compromising system integrity. #hvac #hvactechnician #hvaclife #hvactech #hvacmaintenance #mechanicalengineer
Hey en silk satta 😻💗
Hey en silk satta 😻💗". Try thizzz 😫💔.#1m_viwes #repost #_nazmihan_ @zeme gurl #foryoupage #foryou #wiral__video #1millionaudition @𝒁𝒆𝒎𝒆⚡⚓ #CapCut
#اكسبلورexplore #🤍✨
#اكسبلورexplore #🤍✨
Mine Best Friend 😖❤️‍🩹🫂
Mine Best Friend 😖❤️‍🩹🫂
udh berbadan dua padahal masih bocill upss🤭
udh berbadan dua padahal masih bocill upss🤭

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