A bullet with a mass of 6 g and a speed of 300 m/s passes through a stationary wheel with a vertical distance of 12 cm from its centre. The wheel is a disc with a mass of 2 kg and a radius of 16 cm, and it can turn around a shaft through its center. The final velocity of the bullet is 170 m/s. What would be the angular velocity, angular momentum, and kinetic energy of the wheel in this case?
A bullet with a mass of 6 g and a speed of 300 m/s passes through a stationary wheel with a vertical distance of 12 cm from its centre. The wheel is a disc with a mass of 2 kg and a radius of 16 cm, and it can turn around a shaft through its center. The final velocity of the bullet is 170 m/s. What would be the angular velocity, angular momentum, and kinetic energy of the wheel in this case?
Related questions
Question
3) A bullet with a mass of 6 g and a speed of 300 m/s passes through a stationary wheel with a vertical distance of 12 cm from its centre. The wheel is a disc with a mass of 2 kg and a radius of 16 cm, and it can turn around a shaft through its center. The final velocity of the bullet is 170 m/s. What would be the angular velocity , angular momentum , and kinetic energy of the wheel in this case? Is the total kinetic energy conserved?
Transcribed Image Text:3) Kütlesi 6 g, sürati 300 m/s olan bir mermi, durgun olan bir tekerleğin içinden, merkezinden
dik uzaklığı 12 cm olacak şekilde geçmektedir. Tekerlek kütlesi 2 kg, yariçapı 16 cm olan bir
disktir ve merkezinden geçen bir mil etrafında dönebilmektedir. Merminin son sürati 170 m/s'dir.
Bu durumda tekerleğin açısal hızı, açısal momentumu ve kinetik enerjisi ne olur? Toplam kinetik
enerji korunur mu?
Expert Solution
This question has been solved!
Explore an expertly crafted, step-by-step solution for a thorough understanding of key concepts.
Step by step
Solved in 5 steps with 27 images
