Your assertions are not accurate.
The numbers are: -0.4688 and -8.5312 to 4 decimal places More accurate values can be found by using the quadratic equation formula
the equipment used to make accurate measurements of is a watch
Mass and weight are two different things. It does not make sense to ask which is more accurate. Mass is used to measure an object's ability to resist a force. f = ma, or m = f/a. Weight is used to measure an object's force applied due to gravity. Measured in newtons, f = ma, or newtons = kilograms time 9.81 meters per second squared.
Accurate is an adjective, meaning precise, on target or exact.The archer was the most accurate of the competitors, and won the tournament easily.I want to make sure all these figures are accurate, can you double check them for me?
To make an experiment more accurate, repeat the experiment several times. If you do it 5 times there could be one or two anomalous, however do it 10, 15, 20 or 100 times you would find that about 95% of your results say one thing and that 5% say another, then your experiment will be dead accurate.
to make sure your results are accurate.
The details depend a lot on what you want to measure.
You continue to make it repeatedly, with measurements of several kinds if possible, and you enlist the help of several others to make the same observation repeatedly and with measurements.
You must repet a exsperiment several times to make sure that your exsperiment is right.
You must repet a exsperiment several times to make sure that your exsperiment is right.
you can repeat it at least 3 times or use milliseconds
The most accurate way is to make a sketch of the window on a seperate sheet of paper, than measure the opening of the window, then the space between the top of the window and the ceiling, then the bottom of the window to the floor, and lastly the space on either side of the window.
You put the ruler next to something. Measure how long it is. There's no rule, just make sure you are as accurate as possible.
Only if the items being measured are all identical. Otherwise you will lose the variation between individual items. It would be sensible to measure the mass of ten identical coins and take their average as a measure of the mass of a coin. But the average mass of ten people is not a more accurate measure of any of their masses.
Yes, but they really didn't need it. Today we measure time all the way to seconds, but not in the Middle Ages. The day was ruled by the sunrise and the sunset with times for prayers. If it took months to make a pair of shoes that is what it took.
Have it washed several times to make it paler.