You'll find her G spot someday son
mostly, how good your theory is. Remember, experimental values are from reality.
Absolutely not. Experimental is practical and theoretically anything is possible.
Theoretical values of equivalent resistance can differ from experimental values due to several factors, including the tolerance and imperfections in the resistors used, variations in temperature affecting resistance, and the limitations of measurement techniques. Additionally, real circuits may have parasitic elements like capacitance and inductance that are not accounted for in theoretical calculations. These discrepancies highlight the importance of considering practical conditions when analyzing electrical circuits.
The difference between theoretical and measured values can arise due to various factors, including experimental errors, limitations in measurement techniques, and assumptions made in the theoretical model. Environmental conditions, such as temperature and pressure variations, can also impact measurements. Additionally, simplifications in the theoretical model may overlook complexities present in real-world scenarios. These discrepancies highlight the importance of refining both theoretical frameworks and experimental methods for more accurate results.
A rectangle has no value - experimental or otherwise. Its area has a value, its perimeter, its aspect have values.
No
mostly, how good your theory is. Remember, experimental values are from reality.
Absolutely not. Experimental is practical and theoretically anything is possible.
The theoretical value is based on calculations and predictions made prior to the experiment, taking into consideration ideal conditions, assumptions, and factors. The experimental value is obtained through actual measurements during the experiment, which can be influenced by various sources of error such as equipment limitations, environmental factors, human error, or unknown variables. Discrepancies between theoretical and experimental values are common and can provide valuable insights into the accuracy and limitations of the theoretical model.
experimental control
Experimental value refers to a measured quantity obtained through experimentation or observation. It represents the actual result obtained from carrying out a scientific investigation or test.
experimental control
experimental control
Theoretical values of equivalent resistance can differ from experimental values due to several factors, including the tolerance and imperfections in the resistors used, variations in temperature affecting resistance, and the limitations of measurement techniques. Additionally, real circuits may have parasitic elements like capacitance and inductance that are not accounted for in theoretical calculations. These discrepancies highlight the importance of considering practical conditions when analyzing electrical circuits.
% error = |experimental value - theoretical value|/theoretical value * 100% It is the absolute value of the differe nce betwee n the experime ntal a nd theoretical values divided by the theoretical value multiplied by 100%.
The experimental value may be either more or less than the theoretical value. Reasons for such differences:The theory may be incomplete, or a simplified version of reality. For example, you may use the ideal gas law; but real gases only behave APPROXIMATELY like the "ideal" gas. In the experiment, there may be measurement errors. Or there may be other variables, which "contaminate" the result.
yes, it is the best tested theory there is. Theoretical and Experimental values agree to about 9 digits of accuracy.