3 **Problem 3: Physics of Motion**A 10 g bullet is fired into a 2.00 kg block sitting on a horizontal frictionless surface. The bullet remains embedded in the block, which then slides towards a 40-degree incline. The incline has a coefficient of friction equal to 0.10. The block and bullet slide a distance of 4.00 m up the incline. What was the initial speed of the bullet?**Diagram Explanation:**- The system is composed of a bullet and a block.- The bullet, weighing 10 g, is initially moving towards the block.- The block has a mass of 2.00 kg and is initially at rest on the horizontal frictionless surface.- After the bullet embeds in the block, they move together towards an incline.- The incline makes an angle of 40 degrees with the horizontal.- The coefficient of friction on the incline is given as 0.10.- The block and bullet travel a distance of 4.00 m up the incline.**Variables:**- Bullet mass: 10 g - Block mass: 2.00 kg- Incline angle: 40 degrees- Coefficient of friction: 0.10- Distance traveled up the incline: 4.00 mThis problem involves concepts such as conservation of momentum and energy, and frictional forces on an inclined plane.

3. A 10 g bullet is fired into a 2.00 kg block sitting on a horizontal frictionless surface. The bullet remains embedded in the block which slides towards a forty degree incline with a coefficient of friction equal to 0.10. The block and bullet slide a distance of 4.00 m up the incline. What was the initial speed of the bullet? 2.00 µ = 0.10 10 g kg d = 4.00 m 40°

3. A 10 g bullet is fired into a 2.00 kg block sitting on a horizontal frictionless surface. The bullet remains embedded in the block which slides towards a forty degree incline with a coefficient of friction equal to 0.10. The block and bullet slide a distance of 4.00 m up the incline. What was the initial speed of the bullet? 2.00 µ = 0.10 10 g kg d = 4.00 m 40°