He/she is precise.
--Answer-- Assuming that the "known value" is actually correct, then this scientist is likely performing the experiment/observation wrongly (and as the saying goes if you keep doing what you've been doing, you'll keep getting what you've been getting). Wrongly here may mean that the equipment is not correct or is not correctly calibrated, or that the quantities are not correct.
They should do the same experiment because if one scientist makes a mistake, it can be corrected.
Every scientist uses the scienticific method so that every scientist gets the same results.
The scientist is required to pray every day
normally as every one else except with caution.
If all conditions are the same, then the same results will occur. (Objective reality is deterministic.) If a scientific theory predicts a certain result but it does not occur always, then the theory is incomplete or incorrect (or both).
Every scientist uses the scienticific method so that every scientist gets the same results.
What exactly are you asking? Please be more precise for an accurate answer.
They should do the same experiment because if one scientist makes a mistake, it can be corrected.
Every scientist uses the scienticific method so that every scientist gets the same results.
Very, the more accurate the the measurements the more accurate the results, thus furthering more accurate tests down the road based on said results. The more tests you do on bad results the further off the results get with every test you do. Changing the independent of the test with bad measurements would void a result.
The precision of something just means that the result can be repeated again and again. Everytime you repeat an experiment, you will get the same result. But that doesn't necessarily mean that the results are accurate! Your measurments, results, whatever can be very precise, but completely inaccurate. Accuracy is how close something is to the true value. For example, say I have a ruler. I have used this ruler to measure my table 10 times. Every time I measure the table, I get a measurement of 10ft. My measurement is very precise. However, what I don't know is that there is a fault with my ruler. The inches on my ruler are not true inches. Each inch may actually be only 1/9th of an inch. Or all the inches on my ruler may not even be the same. So while my measurements I took with my ruler 10 times are precise, they are not accurate because there is fault with my ruler. Something can be precise, but not necessarily accurate! I would say that this is the biggest limitation of precision. A precise measurement is not always a reliable one!
Not necessarily. His ruler is accurate. Accurate = Getting close to the same answer every time. Precise = Getting the RIGHT answer every time.
I just took finals last week and i had to be precise and accurate with my reponses. Also at work I have to be spot on all the time, because i am a pipefitting foreman and every mistake costs money.
Accurate means how close the measured value is to the real, actual value. Precise means how reproducible the measurement is. So, if the real value is 1.00, and you measure it to be 0.785, and every time you measure it, it comes out the same (0.785), then the measurement is VERY precise, but not very accurate.
The purpose of a pendulum in a pendulum clock is that it uses its weight as a way to keep accurate and precise time. When it swings back and forth the weight keeps it going at the same time every time making for more accurate timekeeping.
The scientist is required to pray every day
Yes, his discoveries and writing are basic material for every scientist to this date, so he basically influenced every scientist in the world.