Absolute value
Experimentation in science is done following strict scientific protocols. A basic approach is to first form a hypothesis, which is simply a good guess of what will happen in the experiment. After the experiment you examines the data and compare them with the hypothesis. You then comment on how they may or may not match, and then you could publish the results. It is important that the method of how you conducted the experiment and what that was used is included in the report, so that others might try to duplicate your results. If other scientists do the same experiment and get the same results as you did, your report is then strengthened, and it will therefor gain a higher value of credulity.
dependent variable; this is the factor in a experiment that when manipulated by independent variables it changes. it is also known as a controlled variable independent variables or manipulated variable; the factor in a experiment that is deliberately manipulated responding variable; the factor you have to measure to get the results or you will not know the value of the variable
If I am understanding the question correctly, I can give a simple explanaiton to the reason for repetition of an experiment. In any good scientific method process, it is the ultimate responsibility that the results of such experimentation can contain the following two factors: RELIABILITY: the ability for any other individual to perform the same experimentation under the same conditions and achieve the same result is critical. VALIDITY: the ability once the reliabilty has been established, the results can be considered without any futher "re-invention of the wheel" valid and no additional testing or experimentation is needed. (REMEMBER-- results are only valid if the same procedure over and over has yeilded the same results under the same conditions.
A constant factor is one maintained unchanged throughout an experiment so that it does not affect the outcome. These are also referred to as controlled variables.
In a scientific experiment, a constant is a set value or substance that you would compare your results to. If you had four test tubes, the first would be a constant in which there are no variables, and each other test tube would have one variable. The constant shows the regular effects that would occur before a variable is added or adjusted in an experiment.
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Accuracy.
(experimental value - accepted value)/accepted value x 100 This is an absolute value, so ignore any minus sign.
Yes, if the value of R falls within the uncertainty limits, it agrees with the accepted value. Uncertainty limits are used to account for variations in measurements and ensure that the true value falls within a specified range. Comparing the value of R to the accepted value within the uncertainty limits helps determine the accuracy of the measurement.
In science, and most specifically chemistry, the accepted value denotes a value of a substance accepted by almost all scientists and the experimental value denotes the value of a substance's properties found in a localized lab.
Not enough information
The conclusion of a density experiment would typically involve comparing the calculated density value to a known or accepted value to determine the accuracy of the measurement. If the calculated density is close to the accepted value, it indicates that the experiment was successful and the substance was identified correctly.
An accepted value is one that is obtained from a respected reference source and is one that has been validated by multiple experiments to be correct. This differs from your experimental value in that the latter is what you actually obtain from your experiment - which can vary depending on your level of skill and the materials used.
Accuracy describes how close measurements are to the actual value. It is a measure of how well the results agree with the true value of the quantity being measured.
Because it has an accepted social value. It's considered bad because most people agree that it's bad.
The percentage error is how accurate your experimental values compared to the accepted value. The equation is: [(experimental value - accepted value) / accepted value] x 100
Experimentation in science is done following strict scientific protocols. A basic approach is to first form a hypothesis, which is simply a good guess of what will happen in the experiment. After the experiment you examines the data and compare them with the hypothesis. You then comment on how they may or may not match, and then you could publish the results. It is important that the method of how you conducted the experiment and what that was used is included in the report, so that others might try to duplicate your results. If other scientists do the same experiment and get the same results as you did, your report is then strengthened, and it will therefor gain a higher value of credulity.