yes
the precision of the least precise measuement
1009 mm1009 mm1009 mm1009 mm
The precision of stopwatch measurements can be affected by human reaction time, which can vary among individuals. Additionally, mechanical limitations in the stopwatch mechanism, such as the time it takes for the button to be pressed and the time it takes for the display to start or stop, can introduce errors in the measurements. Environmental factors such as temperature and humidity can also impact the accuracy of stopwatch measurements.
It is because all measurements are taken from that point: it is the fixed point of reference.
Sh*t means Feces or Faeces
Sh*t means Feces or Faeces
An error that can be formed when using a beaker is inaccurate volume measurements, as the markings on the beaker may not be precise. It is important to use a graduated cylinder for more accurate volume measurements. Additionally, using a beaker for precise measurements of small volumes can also lead to errors.
It is not; there are more precise measurements.
No, 0.25ml is not the same as 0.2ml. The difference between the two measurements is 0.05ml. In terms of volume, this may seem small but in certain contexts, such as precise medical dosages or laboratory measurements, this variance can be significant. It is important to be accurate and precise when dealing with such small measurements to ensure proper outcomes.
Radio-Telescope measurements are the most precise
the reason why is because precise means, the smaller the unit is the more precise the measurement will be.it's like the smaller the better.It is important because it is close to the exact amount.
yes...
The precision of a calculated result based on measurements is determined by the precision of the measurements themselves. The more precise the individual measurements are, the more precise the calculated result will be. Additionally, the number of significant figures in the measurements and the mathematical operations involved also affect the final precision of the result.
It means they (the builders, or architects) possessed/had very precise(exact) measurements when they were constructing (building) the pyramids.
2.5cm is the most precise measurement of the two measurements.
They depend on the design of the instrument.