Context: where the uncertainty is given as the standard deviation of the measured value from its expected value. There are a number of other such pairs of physically measurable values which obey a similar rule. One example is time vs. energy. The either-or nature of uncertainty forces measurement attempts to choose between trade offs, and given that they are quanta, the trade offs often take the form of either-or (as in Fourier analysis), rather than the compromises and gray areas of time series analysis.

Question:  What measurable value obeys a similar rule of angular momentum?
Answer: time vs. energy

Question: What forces measurement attempts to choose between trade-offs, in quanta?
Answer: either-or nature of uncertainty

Question: What form do measurement attempt trade-offs for quanta take the form of?
Answer: either-or (as in Fourier analysis)

Question: How is uncertainly measured in this experience?
Answer: the standard deviation of the measured value from its expected value

Question: What type of analysis fits the either-or nature of the uncertainty?
Answer: Fourier analysis

Question: What example is given as another paired relationship of uncertainly related to standard deviation?
Answer: time vs. energy

Question: What measurable value avoids a similar rule of angular momentum?
Answer: Unanswerable

Question: What forces measurement never chooses between trade-offs, in quanta?
Answer: Unanswerable

Question: What form do measurement attempt trade-offs for quanta avoid?
Answer: Unanswerable

Question: What type of analysis fits the either-and nature of certainty?
Answer: Unanswerable

Question: What example is given as another paired relationship of certainty related to deviation?
Answer: Unanswerable