EXPERIMENT 2: NEWTON'S THIRD LAW AND FORCE PAIRS DATA SHEET Suspension Set Up 0.5 kg Mass...

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EXPERIMENT 2: NEWTON'S THIRD LAW AND FORCE PAIRS DATA SHEET Suspension Set Up 0.5 kg Mass on 10 N Spring Scale Table 3. Forces on a Stationary Spring Force on Stationary 10 N Spring Scale (N) 0.5 kg Mass with String on 10 N Spring Scale 0.5 kg mass, string and 5 N Spring Scale on 10 N spring scale Force on Stationary 5N Spring Scale (N) 0.5 kg mass, string and 5 N Spring Scale on 10 N spring scale on Pulley Table 4. Spring Scale Force Data Force (N) on 10 N Spring Scale Force (N) on 5 N Spring Scale. Post-Lab Questions 1. Compare the magnitude of the forces on both spring scales after you pulled the 5 N spring scale suspended on the 10 N spring scale. 2. Compare the magnitude of the forces on both spring scales after you pulled the 10 N spring scale suspended on the 5 N spring scale. 3. Use Newton's 3rd Law to explain your observations in Questions 1 and 2. 4. Compare the force on the 10 N spring scale when it was directly attached to the 0.5 kg mass and when there was a string between them. 5. Compare the force on the two spring scales in Steps 5 and 6. What can you conclude about the tension in a string? Table 3. Forces on a Stationary Spring Force on Stationary 10 N Spring Scale (N) 5.5 N Force on Stationary 5N Spring Scale (N) Suspension Set Up 5 kg Mass on 10 N Spring Scale 5 kg Mass with String on 10 N Spring Scale 0.5 kg mass, string and 5 N Spring Scale on 10 N spring scale 0.5 kg mass, string and 5 N Spring Scale on 10 N spring scale on Pulley 5 N Table 4. Spring Scale Force Data Force (N) on 10 N Spring Scale 5.0 N 5.1 N 5.5 N 6.0 N Force (N) on 5 N Spring Scale 5 N 5 N st-Lab Questions Compare the magnitude of the forces on both spring scales after you pulled the 5 N spring scale suspended on the 10 N spring scale. Compare the magnitude of the forces on both spring scales after you pulled the 10 N spring scale suspended on the 5 N spring scale. Use Newton's 3rd Law to explain your observations in Questions 1 and 2. Compare the force on the 10 N spring scale when it was directly attached to the 0.5 kg mass and when there was a string between them. Compare the force on the two spring scales in Steps 5 and 6. What can you conclude about the tension in Wenn EXPERIMENT 2: NEWTON'S THIRD LAW AND FORCE PAIRS DATA SHEET Suspension Set Up 0.5 kg Mass on 10 N Spring Scale Table 3. Forces on a Stationary Spring Force on Stationary 10 N Spring Scale (N) 0.5 kg Mass with String on 10 N Spring Scale 0.5 kg mass, string and 5 N Spring Scale on 10 N spring scale Force on Stationary 5N Spring Scale (N) 0.5 kg mass, string and 5 N Spring Scale on 10 N spring scale on Pulley Table 4. Spring Scale Force Data Force (N) on 10 N Spring Scale Force (N) on 5 N Spring Scale. Post-Lab Questions 1. Compare the magnitude of the forces on both spring scales after you pulled the 5 N spring scale suspended on the 10 N spring scale. 2. Compare the magnitude of the forces on both spring scales after you pulled the 10 N spring scale suspended on the 5 N spring scale. 3. Use Newton's 3rd Law to explain your observations in Questions 1 and 2. 4. Compare the force on the 10 N spring scale when it was directly attached to the 0.5 kg mass and when there was a string between them. 5. Compare the force on the two spring scales in Steps 5 and 6. What can you conclude about the tension in a string? Table 3. Forces on a Stationary Spring Force on Stationary 10 N Spring Scale (N) 5.5 N Force on Stationary 5N Spring Scale (N) Suspension Set Up 5 kg Mass on 10 N Spring Scale 5 kg Mass with String on 10 N Spring Scale 0.5 kg mass, string and 5 N Spring Scale on 10 N spring scale 0.5 kg mass, string and 5 N Spring Scale on 10 N spring scale on Pulley 5 N Table 4. Spring Scale Force Data Force (N) on 10 N Spring Scale 5.0 N 5.1 N 5.5 N 6.0 N Force (N) on 5 N Spring Scale 5 N 5 N st-Lab Questions Compare the magnitude of the forces on both spring scales after you pulled the 5 N spring scale suspended on the 10 N spring scale. Compare the magnitude of the forces on both spring scales after you pulled the 10 N spring scale suspended on the 5 N spring scale. Use Newton's 3rd Law to explain your observations in Questions 1 and 2. Compare the force on the 10 N spring scale when it was directly attached to the 0.5 kg mass and when there was a string between them. Compare the force on the two spring scales in Steps 5 and 6. What can you conclude about the tension in Wenn