The sum of the clockwise moments and the sum of the anticlockwise moments differ by a small amount. What is this difference in Nm? Why do they differ? This not a very accurate experiment. Name one improvement would you suggest for the apparatus to improve accuracy. What do you understand by ‘equilibrium’ for the beam in this practical? The meter rule could be fixed in place at the fulcrum and the whole apparatus, with your weights firmly attached, tilted to a constant angle θ to the horizontal, (bench top). Equilibrium is established again. Would this action change the sum of the clockwise moments and the anticlockwise moments? Explain your answer.
The sum of the clockwise moments and the sum of the anticlockwise moments differ by a small amount. What is this difference in Nm? Why do they differ? This not a very accurate experiment. Name one improvement would you suggest for the apparatus to improve accuracy. What do you understand by ‘equilibrium’ for the beam in this practical? The meter rule could be fixed in place at the fulcrum and the whole apparatus, with your weights firmly attached, tilted to a constant angle θ to the horizontal, (bench top). Equilibrium is established again. Would this action change the sum of the clockwise moments and the anticlockwise moments? Explain your answer.
Chapter10: Atomic Physics
Section: Chapter Questions
Problem 24Q
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- The sum of the clockwise moments and the sum of the anticlockwise moments differ by a small amount. What is this difference in Nm? Why do they differ?
- This not a very accurate experiment. Name one improvement would you suggest for the apparatus to improve accuracy.
- What do you understand by ‘equilibrium’ for the beam in this practical?
- The meter rule could be fixed in place at the fulcrum and the whole apparatus, with your weights firmly attached, tilted to a constant angle θ to the horizontal, (bench top). Equilibrium is established again. Would this action change the sum of the clockwise moments and the anticlockwise moments? Explain your answer.
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