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In a physics experiment, a mass is measured as 2.50 kg with an uncertainty of 0.

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Question: In a physics experiment, a mass is measured as 2.50 kg with an uncertainty of 0.05 kg. What is the maximum possible mass?

Options:

  1. 2.55 kg
  2. 2.50 kg
  3. 2.45 kg
  4. 2.60 kg

Correct Answer: 2.55 kg

Solution: 

Maximum possible mass = Measured mass + Uncertainty = 2.50 kg + 0.05 kg = 2.55 kg.

In a physics experiment, a mass is measured as 2.50 kg with an uncertainty of 0.

Practice Questions

Q1
In a physics experiment, a mass is measured as 2.50 kg with an uncertainty of 0.05 kg. What is the maximum possible mass?
  1. 2.55 kg
  2. 2.50 kg
  3. 2.45 kg
  4. 2.60 kg

Questions & Step-by-Step Solutions

In a physics experiment, a mass is measured as 2.50 kg with an uncertainty of 0.05 kg. What is the maximum possible mass?
  • Step 1: Identify the measured mass, which is given as 2.50 kg.
  • Step 2: Identify the uncertainty, which is given as 0.05 kg.
  • Step 3: To find the maximum possible mass, add the uncertainty to the measured mass.
  • Step 4: Perform the addition: 2.50 kg + 0.05 kg.
  • Step 5: Calculate the result, which is 2.55 kg.
  • Measurement and Uncertainty – Understanding how to calculate maximum and minimum values based on a measured value and its associated uncertainty.
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