Another example can be found if you use a digital caliper to measure the length. in this case, the digital display would have several sources of error. our calipers measured to the nearest hundredth of a millimeter, and in an ideal case, the error would be ± 0.005mm, so if we measured a block, we might see 49.17mm on the display, which would be written as 49.17 ± 0.005mm. If the display flickers, as sometimes happens with digital displays, you will increase your error estimate. consider the example of a digital display where we got a screenshot right when it read 49.17mm, but the value on the display fluctuates between 49.01mm and 49.22mm. what would you consider the error to be in your measurement and why?
Another example can be found if you use a digital caliper to measure the length. in this case, the digital display would have several sources of error. our calipers measured to the nearest hundredth of a millimeter, and in an ideal case, the error would be ± 0.005mm, so if we measured a block, we might see 49.17mm on the display, which would be written as 49.17 ± 0.005mm. If the display flickers, as sometimes happens with digital displays, you will increase your error estimate. consider the example of a digital display where we got a screenshot right when it read 49.17mm, but the value on the display fluctuates between 49.01mm and 49.22mm. what would you consider the error to be in your measurement and why?
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