6. you measured the width of the copper block to be 2.5 cm. you determined the uncertainty of the ruler to…

6. you measured the width of the copper block to be 2.5 cm. you determined the uncertainty of the ruler to be 0.05 cm. determine the minimum of width this copper block could be accounting for the uncertainty in the last digit.\ni need a hint\nthe answer to this question depends on your answers to previous questions.\nsubmit answer 0 / ∞ submissions used\nscore: 0/1

6. you measured the width of the copper block to be 2.5 cm. you determined the uncertainty of the ruler to be 0.05 cm. determine the minimum of width this copper block could be accounting for the uncertainty in the last digit.\ni need a hint\nthe answer to this question depends on your answers to previous questions.\nsubmit answer 0 / ∞ submissions used\nscore: 0/1

Answer

Explanation:

Step1: Identify the measured value and uncertainty

The measured width is $2.5$ cm and the uncertainty of the ruler is $0.05$ cm.

Step2: Calculate the minimum value

The minimum value is obtained by subtracting the uncertainty from the measured value. So, $2.5 - 0.05=2.45$ cm.

Answer:

$2.45$ cm