9. A bullet, m = 10-g moving horizontally strikes and remains in a block M = 0.290 -kg initially at rest on the edge of
Posted: Sun Jul 17, 2022 7:48 pm
9. A bullet, m = 10-g moving horizontally strikes and remains in a block M = 0.290 -kg initially at rest on the edge of a table, 80 cm above the floor as shown in the figure. The block falls and strikes the floor at a horizontal distance of 120 cm from the bottom of the table. What is the initial speed of the bullet? Answer: 900 m/s.
9. A bullet, m = 10-g moving horizontally strikes and remains in a block M = 0.290 -kg initially at rest on the edge of a table, 80 cm above the floor as shown in the figure. The block falls and strikes the floor at a horizontal distance of 120 cm from the bottom of the table. What is the initial speed of the bullet? Answer: 900 m/s.
9. A bullet, m = 10-g moving horizontally strikes and remains in a block M = 0.290 -kg initially at rest on the edge of a table, 80 cm above the floor as shown in the figure. The block falls and strikes the floor at a horizontal distance of 120 cm from the bottom of the table. What is the initial speed of the bullet? Answer: 900 m/s.
9. A bullet, m = 10-g moving horizontally strikes and remains in a block M = 0.290 -kg initially at rest on the edge of a table, 80 cm above the floor as shown in the figure. The block falls and strikes the floor at a horizontal distance of 120 cm from the bottom of the table. What is the initial speed of the bullet? Answer: 900 m/s.
9. A bullet, m = 10-g moving horizontally strikes and remains in a block M = 0.290 -kg initially at rest on the edge of a table, 80 cm above the floor as shown in the figure. The block falls and strikes the floor at a horizontal distance of 120 cm from the bottom of the table. What is the initial speed of the bullet? Answer: 900 m/s.
9. A bullet, m = 10-g moving horizontally strikes and remains in a block M = 0.290 -kg initially at rest on the edge of a table, 80 cm above the floor as shown in the figure. The block falls and strikes the floor at a horizontal distance of 120 cm from the bottom of the table. What is the initial speed of the bullet? Answer: 900 m/s.
9. A bullet, m = 10-g moving horizontally strikes and remains in a block M = 0.290 -kg initially at rest on the edge of a table, 80 cm above the floor as shown in the figure. The block falls and strikes the floor at a horizontal distance of 120 cm from the bottom of the table. What is the initial speed of the bullet? Answer: 900 m/s.
9. A bullet, m = 10-g moving horizontally strikes and remains in a block M = 0.290 -kg initially at rest on the edge of a table, 80 cm above the floor as shown in the figure. The block falls and strikes the floor at a horizontal distance of 120 cm from the bottom of the table. What is the initial speed of the bullet? Answer: 900 m/s.
9. A bullet, m = 10-g moving horizontally strikes and remains in a block M = 0.290 -kg initially at rest on the edge of a table, 80 cm above the floor as shown in the figure. The block falls and strikes the floor at a horizontal distance of 120 cm from the bottom of the table. What is the initial speed of the bullet? Answer: 900 m/s.
9. A bullet, m = 10-g moving horizontally strikes and remains in a block M = 0.290 -kg initially at rest on the edge of a table, 80 cm above the floor as shown in the figure. The block falls and strikes the floor at a horizontal distance of 120 cm from the bottom of the table. What is the initial speed of the bullet? Answer: 900 m/s.
9. A bullet, m = 10-g moving horizontally strikes and remains in a block M = 0.290 -kg initially at rest on the edge of a table, 80 cm above the floor as shown in the figure. The block falls and strikes the floor at a horizontal distance of 120 cm from the bottom of the table. What is the initial speed of the bullet? Answer: 900 m/s.