Wiki User
∙ 7y agoThe accuracy depends on the tools used for measurement. If you assume that the measurement tool is accurate to 1 cm, then there are 5 possible answers:1 cm*1 cm*250 cm
1 cm*2 cm*125 cm
1 cm*5 cm*50 cm
1 cm*10 cm*25 cm
2 cm*5 cm*25 cm.
Wiki User
∙ 7y agoThat all observations are exactly the same.
Since the shape of the room is not specified, the dimensions, or the length and the width, can actually be anything that will produce a product of 400. In this way, we can say thatlength = nwidth=400/nwhere n can be any number (except 0).So length x width = n x 400/n= 400If you were asking for integer dimensions, the possible ones are:1 x 4002 x 2004 x 1005 x 808 x 5010 x 4016 x 2520 x 20
Given the current views on time a true paradox would produce alternate dimensions of the current dimension where the paradox occurred thus preventing the total collapse in maintainable constructs and viable alternatives for that particular string.
Mathematics makes it possible for scientists to produce much more accurate and informative descriptions of what they learn and observe about how the world works, and in turn, science makes possible computer technology, with which it is much easier to do mathematics. Even a humble calculator is a technological device made possible by science.
Produce an example of a system ofequations.
The reliability and accuracy of a measurement is heavily dependent on the precision and calibration of the measuring instrument. An instrument that is well-maintained, calibrated, and designed for the specific measurement task will generally produce more reliable and accurate results. Human error and environmental factors can also impact the reliability and accuracy of measurements, regardless of the quality of the instrument.
A typical example of a product sold by weight in grams is fresh produce like fruits and vegetables. It is common to purchase items like apples, bananas, and tomatoes by weight in grams to ensure accurate measurement and pricing.
A flat minor tends to produce the most accurate reflection.
make answer as accurate as possible
This refers to how consistent a study or measuring device is. A measurement is said to be reliable or consistent if the measurement can produce similar results if used again in similar circumstances.
Exactly the same way we do
B.Weight of meatC.Price of an itemD.Weight of produce
Mass Production
Yes, two individuals belong to the same species if they can mate naturally and produce fertile offspring. This ability to interbreed and produce fertile offspring is a biological criterion used to define species boundaries.
fidelity of a receiver is its ability to produce accurate output over a range of frequencies.
Accurate replication of genes is important for mitosis because it ensures that each daughter cell receives the correct amount and type of genetic information. Any errors in gene replication can lead to mutations that can affect the functioning of the cell and potentially result in diseases or abnormalities. By maintaining accuracy in gene replication, mitosis helps to preserve the genetic integrity of the cell.
You have to be VERY careful about what you mean when you use the word accurate. Precision is the ability of a system to produce the same answer for the same measurement time after time - 24 measurements of a single 11.95 inch piece of wood as 12 inches long, is very precise, but inaccurate. Accuracy is the ability to measure something correctly. The list of things that can affect accuracy and precision is almost endless, but generally only a very few things will affect any one measurement system. Those things include, amongst many other things, the person doing the measuring, the instrument used, the temperature, humidity, lighting, variability in the specimen being measured, any variation in any ancillary equipment used to make the measurement, such as a jig to hold the specimen etc etc etc etc