1. Home
  2. Detail

@kara.muhammad8: شنو اليوم لا بوبو🫰😂

kara Muhammad
kara Muhammad
Open In TikTok:
Region: IQ
Friday 10 October 2025 14:10:25 GMT
1980
59
4
4

Music

Download

No Watermark .mp4 (0.48MB) No Watermark(HD) .mp4 (0.7MB) Watermark .mp4 (0MB) Music .mp3

Comments

lprahem88
lprahem :
2026-05-01 22:02:37
0
2a.l_5
عباس درايفر :
🥰🥰🥰
2025-10-10 17:57:42
0
rht_069
رضاوي السيد🦅 :
✅💯
2025-10-10 14:19:39
0
h0322784
H :
❤️❤️❤
2025-10-11 09:38:01
0
To see more videos from user @kara.muhammad8, please go to the Tikwm homepage.

Other Videos

نزلت القصيدة الكل منتضرينهة . . . #مرتضى_حرب #مصطفى_حرب_مرتضى_حرب #ذواقين__الشعر_الشعبي
نزلت القصيدة الكل منتضرينهة . . . #مرتضى_حرب #مصطفى_حرب_مرتضى_حرب #ذواقين__الشعر_الشعبي
Why These Tracks Give Cars Insane Grip A drag strip is engineered to maximize traction, the force that keeps a tire from sliding when power is applied. The surface is coated with rubber and a resin compound that dramatically increases friction, giving tires something extremely grippy to push against. Drag slicks are designed to take full advantage of that surface. They run at very low pressure, which allows them to deform, wrinkle, and flatten under extreme torque. This deformation increases the contact patch, the area of rubber touching the track, so more friction can be generated. At launch, the slick enters a state of controlled slip, where it rotates slightly faster than the car moves. This tiny slip is essential because it holds the tire at the edge of static friction, the point where the maximum forward force can be produced. As the car accelerates, weight shifts to the rear, pressing the slick even harder into the sticky surface and increasing traction even more. Together, the sticky track and the flexible slick transform thousands of horsepower into explosive forward acceleration without losing grip. #science #physics #engineering #car #racecar
Why These Tracks Give Cars Insane Grip A drag strip is engineered to maximize traction, the force that keeps a tire from sliding when power is applied. The surface is coated with rubber and a resin compound that dramatically increases friction, giving tires something extremely grippy to push against. Drag slicks are designed to take full advantage of that surface. They run at very low pressure, which allows them to deform, wrinkle, and flatten under extreme torque. This deformation increases the contact patch, the area of rubber touching the track, so more friction can be generated. At launch, the slick enters a state of controlled slip, where it rotates slightly faster than the car moves. This tiny slip is essential because it holds the tire at the edge of static friction, the point where the maximum forward force can be produced. As the car accelerates, weight shifts to the rear, pressing the slick even harder into the sticky surface and increasing traction even more. Together, the sticky track and the flexible slick transform thousands of horsepower into explosive forward acceleration without losing grip. #science #physics #engineering #car #racecar
#መልካምጀመአ❤📚📖🎧🕌📿🕋ያረብ
#መልካምጀመአ❤📚📖🎧🕌📿🕋ያረብ
Website: www.pan-tech.eu #holz #wasserdicht #sanieren #abdichten #handwerk #haus #garten #immobilie #wood #DIY
Website: www.pan-tech.eu #holz #wasserdicht #sanieren #abdichten #handwerk #haus #garten #immobilie #wood #DIY
MARMITA#viral #fy #ricta #fyp #CITYCENTRE
MARMITA#viral #fy #ricta #fyp #CITYCENTRE


About

Legal