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as we know during experiments, we cant go with or have the actual accuracy requried same here heads are not properly maintaied constant during exeperment.
Difficult to answer as it depends on many factors:yieldheight/depth of burstterrainweatherdirection person is looking during burstetc.
It's when you repeat an experiment over and over again to see whether you'll get the same results all the time, some of the time, or never. Being able to predict what's going to happen is usually seen as proof of that your theory about how things work is correct.
At rest, not at all. BUT there would be less of an increase in cardiac output during exertion - which results in quick fatigue and lowered (maximum) activity.
Tornadoes occur during severe thunderstorms, which produce heavy rain and hail. In simple terms, the precipitation results from large amounts of moisture condensing in the cold air found at high altitudes.
Because it gets hard to figure out what's happening if you aren't noticing the changes.
To eliminate the influence of uncontrolled variables during experimentation
The observations and measurements recorded during an experiment are called data. It is important to keep accurate data in order to understand the results of the experiment.
data
Different balances might display different results. Therefore, using the same balance will keep your results accurate.
Using the system during the test can stall the test and interfer with accurate tesing results.
do separate experiments
Sundials only work during daylight hours - and on bright days. They're also not very accurate !
Lots, you will get more accurate results if you Google it, check your answers because there will be multiple. is there seam un-realistic they most likely are.
Dr. Joseph Mingele was in charge of medical experimentation at Auschwitz Death Camp during WWII. He was perhaps better known for his experimentation with twins. Many of the experiments were fatal, although there were a few survivors.
difficult!
Common errors during the flywheel experiment include inaccurate measurements of flywheel mass or radius, friction in the bearings affecting the results, and inconsistencies in the force applied to the flywheel. It is important to carefully calibrate equipment, minimize friction, and ensure a consistent application of force to obtain accurate results.