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3. A cannon of mass m₂ = 16 × 10³ kg is fixed on a movable platform of mass m3 = 3 × 10³ kg which is at rest on a rough floor. The elevated angle of the barrel is 60° and the mass of the bomb is m₁ = = 50 kg. If the bomb is fired with speed v₁ relative to the barrel, the platform recoils a total distance of 3m before it comes to rest in 6 seconds. Find v₁. What is the assumption you have made? And why you can make this? Cannon 60⁰ Platform

3. A cannon of mass m₂ = 16 × 10³ kg is fixed on a movable platform of mass m3 = 3 × 10³ kg which is at rest on a rough floor. The elevated angle of the barrel is 60° and the mass of the bomb is m₁ = = 50 kg. If the bomb is fired with speed v₁ relative to the barrel, the platform recoils a total distance of 3m before it comes to rest in 6 seconds. Find v₁. What is the assumption you have made? And why you can make this? Cannon 60⁰ Platform

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3. A cannon of mass m2 16 × 10³ kg is fixed on a movable platform of mass m3 3 × 10³ kg which is at rest on a rough floor. The elevated angle of the barrel is 60° and the mass of the bomb is m₁ 50 kg. If the bomb is fired with speed v₁ relative to the barrel, the platform recoils a total distance of 3 m before it comes to rest in 6 seconds. Find v₁. What is the assumption you have made? And why you can make this? = - Cannon 60⁰ Platform -
Transcribed Image Text:3. A cannon of mass m2 16 × 10³ kg is fixed on a movable platform of mass m3 3 × 10³ kg which is at rest on a rough floor. The elevated angle of the barrel is 60° and the mass of the bomb is m₁ 50 kg. If the bomb is fired with speed v₁ relative to the barrel, the platform recoils a total distance of 3 m before it comes to rest in 6 seconds. Find v₁. What is the assumption you have made? And why you can make this? = - Cannon 60⁰ Platform -
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