The uncertainty in the measurement 1500 m is
+/- 1000m
+/- 100m
+/- 10m
+/- 1m
100
To determine the uncertainty in a measurement, we look at the smallest unit of measurement that can be accurately determined. In this case, the measurement is given as 1500 m.
The uncertainty can be determined based on the precision of the measurement.
If the measurement is given as 1500 m +/- 1000 m, it means that the measurement is not very precise, and the true value could range from 500 m to 2500 m.
If the measurement is given as 1500 m +/- 100 m, it means that the measurement is slightly more precise. The true value could range from 1400 m to 1600 m.
If the measurement is given as 1500 m +/- 10 m, it means that the measurement is even more precise. The true value could range from 1490 m to 1510 m.
If the measurement is given as 1500 m +/- 1 m, it means that the measurement is very precise. The true value could range from 1499 m to 1501 m.
Therefore, the uncertainty in the measurement 1500 m is +/- 1000 m, +/- 100 m, +/- 10 m, and +/- 1 m, depending on the level of precision.
To determine the uncertainty in a measurement, we need to examine the precision of the measuring instrument or the method used to measure. In this case, we are given a measurement of 1500 m, but we do not have information about the precision of the measuring instrument or method. Therefore, we cannot determine the uncertainty in the measurement without additional information.
If we assume that the measuring instrument or method has a certain precision, we can make a guess. The given options range from +/- 1000m to +/- 1m.
- If we assume a precision of +/- 1000m, it means that the actual value could be anywhere from 500 m to 2500 m.
- If we assume a precision of +/- 100m, it means that the actual value could be anywhere from 1400 m to 1600 m.
- If we assume a precision of +/- 10m, it means that the actual value could be anywhere from 1490 m to 1510 m.
- If we assume a precision of +/- 1m, it means that the actual value could be anywhere from 1499 m to 1501 m.
Without further information, we cannot determine which option is correct. However, knowing the precision of the measuring instrument or method used to measure would help us determine the uncertainty in the measurement.